SpheMakh

import stimela
import time

INDIR = "input"
MSDIR = "msdir"
URL = "PLACE YOUR DOWNLOAD LINK and TOKEN HERE"

MS = "NAME OF OUTPUT MS HERE"

stimela.register_globals()

SpheMakh

FROM kernsuite/base:5
MAINTAINER <sphemakh@gmail.com>
RUN docker-apt-install cmake \
    wget \
    subversion \
    build-essential \
    cmake \
    gfortran \
    g++ \
    libncurses5-dev \

SpheMakh

Keybase proof

I hereby claim:

• I am sphemakh on github.
• I am sphemakh (https://keybase.io/sphemakh) on keybase.
• I have a public key ASCiXP3o1Qr4AJ31UdIV2Y7i5mqVp5jfsFHiklu_tI34Wwo

To claim this, I am signing this object:

SpheMakh

You have to use singularity now. Do this:

create a folder in your home called "STIMELA_IMAGES"

mkdir $HOME/STIMELA_IMAGES

add an environment variable called "STIMELA_IMAGES_PATH" (add it at the bottom of your $HOME/.bashrc file

export STIMELA_IMAGES_PATH=$HOME/STIMELA_IMAGES

SpheMakh

                "data-ms"           : ms, 
                "data-column"       : "DATA",
                "out-column"        : "ROUND2_DATA",
                "weight-column"     : "WEIGHT",
                "out-subtract-dirs" : "1:",
                "sol-jones"         : "G,DD",
                "sol-min-bl"        : 300,
                "g-clip-high"       : 1.5,
                "g-clip-low"        : 0.5,
                "g-solvable"        : True,

SpheMakh

#format: name ra_d dec_d i spi freq0 emaj_s emin_s pa_d
A    0       -30      7    -0.7    750e6   0    0    0   
B    0.05   -30.005   7    -0.6    750e6   2    2.5  45  
C    -0.05  -29.995   10   -0.67   750e6   4    4    75  
E    0.006  -30.001   5    -0.87   750e6   3    5    60  
F    -0.06  -29.991   1    -0.68   750e6   0    0    0

SpheMakh

# import stimela package
import stimela

# Recipe I/O configuration
INPUT = "input-ska1mid" # This folder must exist
OUTPUT = "output-ska1mid"
MSDIR = "msdir-ska1mid"
PREFIX = "ska1mid-example"  # Prefix for output images

# MS name

SpheMakh

import stimela

INPUT = 'input'
OUTPUT = 'output'
MSDIR = 'msdir'

MODEL = 'skylens.fits'
MS = 'test_predict_with_custom_fits.ms'
PREFIX = MS[:-3]

SpheMakh

calibrate_ifrs = all
critical_flag_threshold = 50
de_subset.source_subset = =dE
de_subset.subset_enabled = 1
do_output = CORR_RES
me.e_enable = 0
me.p_enable = 0
me.use_smearing = 0
ms_rfl.read_flagsets = -stefcal
ms_rfl.read_legacy_flags = 1

SpheMakh

emss_polar_beams.beam_symmetry = None
emss_polar_beams.filename_pattern = beam_$(hv).pat
emss_polar_beams.freq_labels = 1440,1442,1445,1447
emss_polar_beams.hier_interpol = 1
emss_polar_beams.horizon_masking = 0
emss_polar_beams.interpol_coord = lm
emss_polar_beams.l_beam_offset = 0.0
emss_polar_beams.m_beam_offset = 0.0
emss_polar_beams.normalization_factor = 1
emss_polar_beams.pattern_labels = a,b,c,d,e,f