Sample <KBD>plist</KBD> output
Sample plist output
infile = Input @par.lis of header params or 1 qpoe_evt1a.par
outfile = Output @reg.lis of reg file names or 1 qpoe_evt1a.reg
input_pos_tab = Input @table.lis of 0 order positions or 1 table_src1a.fits
grating_obs = HETG Observed grating type (HETG|HEG|MEG|LETG)
(input_psf_tab = ./RefData/psf_fwhm.fits) Calib .tab file with mirror psf vs off-axis angle
(grating_par = grating) Name of grating constants parameter file
(detector = ACIS) Detector type: ACIS | HRC-I | HRC-S
(radius_factor_zero = 50) A scale factor which multiplies the app. calculation of the one-sigma zero order radius
(width_factor_arms = 20) A scale factor which multiplies the app. one-sigma width of the region in the cross-dispersion direction
(r_astig_max_hetg = 0.56) Max grating r coord (deg, along the dispersion) for HETG astigmatism calc
(r_astig_max_letg = 1.10) Max grating r coord (deg, along the dispersion) for LETG astigmatism calc
(r_mask_max_hetg = 0.992) Max grating r coord (deg) for HETG mask (to support offset pointing)
(r_mask_max_letg = 2.1) Max grating r coordinate (deg) for LETG mask (to support offset pointing)
(display = 1) Display level: 0 - no output, 5 - max display
# --------------------------------------------------------------------------
# The parameters below are to be set ONLY if the user wants to use their
# own grating mask sizes instead of having the masks automatically generated.
# Only ONE input file, with up to 10 soures, can be processed using the user
# params. @ lists of multiple files can only be done with automated mask,
# or by running each file individually with hand set mask sizes. To start,
# you MUST set the following parameters:
#
# > pset tg_create_mask use_user_pars=yes max_source_num=#
#
# The parameter max_source_num should be set to the largest source ID number
# for which you will enter parameters. If you have 2 sources with src_id's
# of 2 and 6, respectively, the max_source_num=6, in this case. Each user
# parameter name below is preceded with a source number, fill out only
# those parameters which correspond to your src_id's.
# Each source must have a zero order center position specified as well as
# the grating mask width(s). An example with 1 HETG sources, with src_id=3:
#
# > pset tg_create_mask s3_zero_x=4762.34 s3_zero_y=2344.29 s3_zero_rad=35
# > pset tg_create_mask s3_width_heg=25 s3_width_meg=28
# (units are all in sky pixels)
# --------------------------------------------------------------------------
(use_user_pars = no) Use the mask parameters below: yes or no?
(max_source_num = 1) Maximum source id number for which to read params
# --------------------------------------------------------------------------
# Source ID #1 parameters
# --------------------------------------------------------------------------
(s1_zero_x = ) Source 1 - x position of zero order
(s1_zero_y = ) Source 1 - y position of zero order
(s1_zero_rad = ) Source 1 - radius of zero order mask
(s1_width_heg = ) Source 1 - width of heg mask in sky pixels
(s1_width_meg = ) Source 1 - width of meg mask in sky pixels
(s1_width_leg = ) Source 1 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #2 parameters
# --------------------------------------------------------------------------
(s2_zero_x = ) Source 2 - x position of zero order
(s2_zero_y = ) Source 2 - y position of zero order
(s2_zero_rad = ) Source 2 - radius of zero order mask
(s2_width_heg = ) Source 2 - width of heg mask in sky pixels
(s2_width_meg = ) Source 2 - width of meg mask in sky pixels
(s2_width_leg = ) Source 2 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #3 parameters
# --------------------------------------------------------------------------
(s3_zero_x = ) Source 3 - x position of zero order
(s3_zero_y = ) Source 3 - y position of zero order
(s3_zero_rad = ) Source 3 - radius of zero order mask
(s3_width_heg = ) Source 3 - width of heg mask in sky pixels
(s3_width_meg = ) Source 3 - width of meg mask in sky pixels
(s3_width_leg = ) Source 3 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #4 parameters
# --------------------------------------------------------------------------
(s4_zero_x = ) Source 4 - x position of zero order
(s4_zero_y = ) Source 4 - y position of zero order
(s4_zero_rad = ) Source 4 - radius of zero order mask
(s4_width_heg = ) Source 4 - width of heg mask in sky pixels
(s4_width_meg = ) Source 4 - width of meg mask in sky pixels
(s4_width_leg = ) Source 4 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #5 parameters
# --------------------------------------------------------------------------
(s5_zero_x = ) Source 5 - x position of zero order
(s5_zero_y = ) Source 5 - y position of zero order
(s5_zero_rad = ) Source 5 - radius of zero order mask
(s5_width_heg = ) Source 5 - width of heg mask in sky pixels
(s5_width_meg = ) Source 5 - width of meg mask in sky pixels
(s5_width_leg = ) Source 5 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #6 parameters
# --------------------------------------------------------------------------
(s6_zero_x = ) Source 6 - x position of zero order
(s6_zero_y = ) Source 6 - y position of zero order
(s6_zero_rad = ) Source 6 - radius of zero order mask
(s6_width_heg = ) Source 6 - width of heg mask in sky pixels
(s6_width_meg = ) Source 6 - width of meg mask in sky pixels
(s6_width_leg = ) Source 6 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #7 parameters
# --------------------------------------------------------------------------
(s7_zero_x = ) Source 7 - x position of zero order
(s7_zero_y = ) Source 7 - y position of zero order
(s7_zero_rad = ) Source 7 - radius of zero order mask
(s7_width_heg = ) Source 7 - width of heg mask in sky pixels
(s7_width_meg = ) Source 7 - width of meg mask in sky pixels
(s7_width_leg = ) Source 7 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #8 parameters
# --------------------------------------------------------------------------
(s8_zero_x = ) Source 8 - x position of zero order
(s8_zero_y = ) Source 8 - y position of zero order
(s8_zero_rad = ) Source 8 - radius of zero order mask
(s8_width_heg = ) Source 8 - width of heg mask in sky pixels
(s8_width_meg = ) Source 8 - width of meg mask in sky pixels
(s8_width_leg = ) Source 8 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #9 parameters
# --------------------------------------------------------------------------
(s9_zero_x = ) Source 9 - x position of zero order
(s9_zero_y = ) Source 9 - y position of zero order
(s9_zero_rad = ) Source 9 - radius of zero order mask
(s9_width_heg = ) Source 9 - width of heg mask in sky pixels
(s9_width_meg = ) Source 9 - width of meg mask in sky pixels
(s9_width_leg = ) Source 9 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Source ID #10 parameters
# --------------------------------------------------------------------------
(s10_zero_x = ) Source 10 - x position of zero order
(s10_zero_y = ) Source 10 - y position of zero order
(s10_zero_rad = ) Source 10 - radius of zero order mask
(s10_width_heg = ) Source 10 - width of heg mask in sky pixels
(s10_width_meg = ) Source 10 - width of meg mask in sky pixels
(s10_width_leg = ) Source 10 - width of leg mask in sky pixels
# --------------------------------------------------------------------------
# Drake Flat Parameters - TBD
# --------------------------------------------------------------------------
(s1_drk1_x = ) Source 1 - x pos of drk1 mask in sky pix coord
(s1_drk1_y = ) Source 1 - y pos of drk1 mask in sky pix coord
(s1_width_drk1 = ) Source 1 - width of drk1 mask in sky pixels
(s1_length_drk1 = ) Source 1 - length of drk1 mask in sky pixels
(s1_angle_drk1 = ) Source 1 - angle of drk1 mask in sky degrees
(s1_drk2_x = ) Source 1 - x pos of drk2 mask in sky pix coord
(s1_drk2_y = ) Source 1 - y pos of drk2 mask in sky pix coord
(s1_width_drk2 = ) Source 1 - width of drk2 mask in sky pixels
(s1_length_drk2 = ) Source 1 - length of drk2 mask in sky pixels
(s1_angle_drk2 = ) Source 1 - angle of drk2 mask in sky degrees
(s1_drk3_x = ) Source 1 - x pos of drk3 mask in sky pix coord
(s1_drk3_y = ) Source 1 - y pos of drk3 mask in sky pix coord
(s1_width_drk3 = ) Source 1 - width of drk3 mask in sky pixels
(s1_length_drk3 = ) Source 1 - length of drk3 mask in sky pixels
(s1_angle_drk3 = ) Source 1 - angle of drk3 mask in sky degrees
(s1_drk4_x = ) Source 1 - x pos of drk4 mask in sky pix coord
(s1_drk4_y = ) Source 1 - y pos of drk4 mask in sky pix coord
(s1_width_drk4 = ) Source 1 - width of drk4 mask in sky pixels
(s1_length_drk4 = ) Source 1 - length of drk4 mask in sky pixels
(s1_angle_drk4 = ) Source 1 - angle of drk4 mask in sky degrees
(mode = ql)