Test tclean_ALMA

#	Test Name	Description	Run Time
1	test_mosaic_cube	Mosaic cube imaging - field SMIDGE_NWCloud, spw 22	79.92s
2	test_mosaic_cube_briggsbwtaper	Mosaic cube imaging wth briggsbwtaper - field SMIDGE_NWCloud, spw 22	82.75s
3	test_mosaic_cube_eph	Mosaic ephemeris cube imaging with pcwdF - field Venus, spw 45	811.48s
4	test_mosaic_cube_eph_briggsbwtaper	Mosaic ephemeris cube imaging with briggsbwtaper - field Venus, spw 45	787.62s
5	test_mosaic_cube_eph_pcwdT	Mosaic ephemeris cube imaging with briggsbwtaper - field Venus, spw 45	785.87s
6	test_mosaic_cube_pcwdT	Mosaic cube imaging wth pcwdT - field SMIDGE_NWCloud, spw 22	84.53s
7	test_mosaic_mfs	Mosaic MFS imaging field NGC5363, spw 16 & 22	90.74s
8	test_mosaic_mfs_eph	Mosaic ephemeris mfs imaging - field Venus, spw 25 & 45	119.96s
9	test_mosaic_mtmfs	Mosaic mtmfs imaging - field NGC5363, spw 16 & 22	132.66s
10	test_mosaic_mtmfs_eph	Mosaic ephemeris mtmfs imaging - field Venus, spw 25 & 45	194.36s
11	test_standard_cal	Calibrator image - field J2258-2758, spw 22	10.74s
12	test_standard_cal_eph	Standard (single field) ephemeris calibrator imaging - central field of Venus (field 2), spw 25 & 45	16.86s
13	test_standard_cube	Standard (single field) cube imaging - central field of SMIDGE_NWCloud (field 3), spw 22	60.07s
14	test_standard_cube_briggsbwtaper	Standard (single field) cube imaging with briggsbwtaper - central field of SMIDGE_NWCloud (field 3), spw 22	61.32s
15	test_standard_cube_eph	Single field multi-EB ephemeris cube imaging - field 21PGiacobini-Zinner, spw 20	157.77s
16	test_standard_cube_eph_briggsbwtaper	Single field multi-EB ephemeris cube imaging with briggsbwtaper - field 21PGiacobini-Zinner, spw 20	168.31s
17	test_standard_cube_eph_pcwdT	Single field multi-EB ephemeris cube imaging with pcwdT - field 21PGiacobini-Zinner, spw 20	167.33s
18	test_standard_cube_pcwdT	Standard (single field) cube imaging with pcwdT and briggs - central field of SMIDGE_NWCloud (field 3), spw 22	58.45s
19	test_standard_mfs	Standard (single field) MFS imaging - central field of NGC5363 (field 2), spw 16 & 22	83.66s
20	test_standard_mfs_eph	Standard (single field) ephemeris mfs imaging - central field of Venus (field 2), spw 25 & 45	74.5s
21	test_standard_mtmfs	Single field mtmfs imaging - central field of NGC5363 (field 2), spw 16 & 22	110.62s
22	test_standard_mtmfs_eph	Standard (single field) ephemeris mtmfs imaging - central field of Venus (field 2), spw 25 & 45	119.44s
23	Total	Total test runtime	4258.97s

test_mosaic_cube

_{Mosaic cube imaging - field SMIDGE_NWCloud, spw 22}

Elapsed Time: 79.91912198066711 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[108,108],cell=['1.1arcsec'], phasecenter='ICRS 00:45:54.3836 -073.15.29.413',stokes='I', specmode='cube',nchan=508,start='220.2526743594GHz', width='0.2441741MHz',outframe='LSRK', perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[108,108], cell=['1.1arcsec'],phasecenter='ICRS 00:45:54.3836',' -073.15.29.413',stokes='I',specmode='cube',nchan=508, start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=False, gridder='mosaic',mosweight=True, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5, npixels=0,niter=20000,threshold='0.354Jy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube.iter1.image.moment8.png

mosaic_cube.iter1.residual.moment8.png

mosaic_cube.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image : Mask is True at [51, 99, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image : Mask is False at [51, 100, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image : Mask is True at [9, 56, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube.iter1.image : Mask is False at [8, 56, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.809654028663218 ( Pass : should be 8.79758467135, Epsilon: 0.01) [ check_val ] .image com_bmin is 6.112769165608179 ( Pass : should be 6.10500627626, Epsilon: 0.01) [ check_val ] .image com_pa is 65.40032056687305 ( Pass : should be 64.9303836873, Epsilon: 0.01) [ check_val ] .image npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image npts_unmasked is 3353186.0 ( Pass : should be 3338068.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 1.180042028427124 ( Pass : should be 1.18467354774, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.4152333736419678 ( Pass : should be -0.417252391577, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.08751584172277421 ( Pass : should be 0.0878779753708, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 364.1240934128597 ( Pass : should be 365.155811516, Epsilon: 0.01) [ check_val ] .image regn_sum is 71.07613757625222 ( Pass : should be 71.2575168759, Epsilon: 0.01) [ check_val ] .image npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 1.2152152969001844 ( Pass : should be 1.2198751, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 252 ( Pass : should be 252, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31420623259388 ( Pass : should be 220.31420623259388, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 3941 ( Pass : should be 3929, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts_unmasked is 3353186.0 ( Pass : should be 3338068.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20002084970474243 ( Pass : should be 0.200100466609, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6141047979000291 ( Pass : should be 0.615051728939, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16840635240077972 ( Pass : should be -0.168374374509, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.06056579637380517 ( Pass : should be 0.0604965318073, Epsilon: 0.01) [ check_val ] .psf im_sum is 63.68329861515889 ( Pass : should be 63.68329861515883, Epsilon: 0.01) [ check_val ] .psf npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .residual npts_unmasked is 3353186.0 ( Pass : should be 3338068.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.48797670006752014 ( Pass : should be 0.490056365728, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.4152333736419678 ( Pass : should be -0.417252391577, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.08717408554287726 ( Pass : should be 0.0875338790102, Epsilon: 0.01) [ check_val ] .residual im_sum is 67.58249620223103 ( Pass : should be 68.0894097835, Epsilon: 0.01) [ check_val ] .residual regn_sum is 19.123775090905838 ( Pass : should be 19.2033108851, Epsilon: 0.01) [ check_val ] .residual npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.508012056350708 ( Pass : should be 0.510233163834, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0005324443054971369 ( Pass : should be 0.000534801027393, Epsilon: 0.01) [ check_val ] .model im_sum is 5.880438771098852 ( Pass : should be 5.90552844107, Epsilon: 0.01) [ check_val ] .model regn_sum is 5.880438771098852 ( Pass : should be 5.9057832174, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 120.90019226074219 ( Pass : should be 120.900192261, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 120.665283203125 ( Pass : should be 120.665283203, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 120.76175824075577 ( Pass : should be 120.761758344, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .weight npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .weight freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .weight start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .weight end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .weight start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight max_val is 0.39695751667022705 ( Pass : should be 0.393758654594, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.177454972406849e-05 ( Pass : should be 7.177492079790682e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.14204289227678102 ( Pass : should be 0.140904168376, Epsilon: 0.01) [ check_val ] .weight im_sum is 511866.2203005765 ( Pass : should be 506828.976527, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: 89.76171875 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube

test_mosaic_cube_briggsbwtaper

_{Mosaic cube imaging wth briggsbwtaper - field SMIDGE_NWCloud, spw 22}

Elapsed Time: 82.75349044799805 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[108,108],cell=['1.1arcsec'], phasecenter='ICRS 00:45:54.3836 -073.15.29.413',stokes='I', specmode='cube',nchan=508,start='220.2526743594GHz', width='0.2441741MHz',outframe='LSRK', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggsbwtaper',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[108,108], cell=['1.1arcsec'],phasecenter='ICRS 00:45:54.3836',' -073.15.29.413',stokes='I',specmode='cube',nchan=508, start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=True, gridder='mosaic',mosweight=True, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common', pbcor=True,weighting='briggsbwtaper',robust=0.5, npixels=0,niter=20000,threshold='0.354Jy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube_briggsbwtaper.iter1.image.moment8.png

mosaic_cube_briggsbwtaper.iter1.image.moment8.png

mosaic_cube_briggsbwtaper.iter1.residual.moment8.png

mosaic_cube_briggsbwtaper.iter1.residual.moment8.png

mosaic_cube_briggsbwtaper.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image : Mask is True at [51, 99, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image : Mask is False at [51, 100, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image : Mask is True at [9, 56, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_briggsbwtaper.iter1.image : Mask is False at [8, 56, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.799594251773845 ( Pass : should be 8.799594251773845, Epsilon: 0.01) [ check_val ] .image com_bmin is 6.099815949869395 ( Pass : should be 6.099815949869395, Epsilon: 0.01) [ check_val ] .image com_pa is 67.46480038838807 ( Pass : should be 67.46480038838807, Epsilon: 0.01) [ check_val ] .image npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 1.2676681280136108 ( Pass : should be 1.2676681280136108, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.42875850200653076 ( Pass : should be -0.42875850200653076, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.08757929461554294 ( Pass : should be 0.08757929422825417, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 148.66259902389777 ( Pass : should be 148.66257001338366, Epsilon: 0.01) [ check_val ] .image regn_sum is 75.69317355379462 ( Pass : should be 75.69317591190338, Epsilon: 0.01) [ check_val ] .image npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 1.2529498060097013 ( Pass : should be 1.2529497439026103, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 252 ( Pass : should be 252, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31420623259388 ( Pass : should be 220.31420623259388, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 4101 ( Pass : should be 4105, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000092685222626 ( Pass : should be 0.20000091195106506, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6139604410018548 ( Pass : should be 0.6139604370757835, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.1642415076494217 ( Pass : should be -0.1642415076494217, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.06138798977040598 ( Pass : should be 0.06138798977040539, Epsilon: 0.01) [ check_val ] .psf im_sum is 27.144565905396348 ( Pass : should be 27.14456590548383, Epsilon: 0.01) [ check_val ] .psf npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .residual npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.4512392282485962 ( Pass : should be 0.4512392282485962, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.42875850200653076 ( Pass : should be -0.42875850200653076, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.08723675868287158 ( Pass : should be 0.08723675828952442, Epsilon: 0.01) [ check_val ] .residual im_sum is -139.17175740122715 ( Pass : should be -139.17177731977606, Epsilon: 0.01) [ check_val ] .residual regn_sum is 20.80852301325649 ( Pass : should be 20.808523556333967, Epsilon: 0.01) [ check_val ] .residual npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.5603349208831787 ( Pass : should be 0.5603349208831787, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.08046812564134598 ( Pass : should be -0.08046812564134598, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0005318594376221913 ( Pass : should be 0.0005318594401396416, Epsilon: 0.01) [ check_val ] .model im_sum is 5.726433143019676 ( Pass : should be 5.72643318772316, Epsilon: 0.01) [ check_val ] .model regn_sum is 5.726433143019676 ( Pass : should be 5.72643318772316, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 121.04640197753906 ( Pass : should be 121.04640197753906, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 120.85958862304688 ( Pass : should be 120.85958862304688, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 120.94878783552005 ( Pass : should be 120.94878783552005, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .weight npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .weight freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .weight start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .weight end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .weight start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight max_val is 0.39721715450286865 ( Pass : should be 0.39721715450286865, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.157780055422336e-05 ( Pass : should be 7.157817162806168e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.14206311639944338 ( Pass : should be 0.1420631138560751, Epsilon: 0.01) [ check_val ] .weight im_sum is 511866.2275683316 ( Pass : should be 511866.2260002265, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: 1.53515625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube_briggsbwtaper

test_mosaic_cube_eph

_{Mosaic ephemeris cube imaging with pcwdF - field Venus, spw 45}

Elapsed Time: 811.4797081947327 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'0', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', #stokes='I',specmode='cubesource',nchan=948,start=5,width=1, stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=15.0,minbeamfrac=0.3, growiterations=50,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'1', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', #stokes='I',specmode='cubesource',nchan=948,start=5,width=1, stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=700000,threshold='0.0106Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=15.0,minbeamfrac=0.3,growiterations=50, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube_eph.iter1.image.moment8.png

mosaic_cube_eph.iter1.residual.moment8.png

mosaic_cube_eph.iter1.residual.moment8.png

mosaic_cube_eph.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image : Mask is True at [240, 393, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image : Mask is True at [240, 394, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image : Mask is True at [49, 209, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph.iter1.image : Mask is False at [48, 209, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.9347867427516693 ( Pass : should be 0.9347867427516693, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.7185945667290505 ( Pass : should be 0.7185945667290505, Epsilon: 0.01) [ check_val ] .image com_pa is -88.16842658816135 ( Pass : should be -88.16842658816135, Epsilon: 0.01) [ check_val ] .image npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image npts_unmasked is 105408236.0 ( Pass : should be 105408234.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .image start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .image end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .image start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .image nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .image max_val is 0.08379194885492325 ( Pass : should be 0.08379194885492325, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.07177016884088516 ( Pass : should be -0.07177016884088516, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.012333021829182325 ( Pass : should be 0.012333022099039984, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 4084.4839254315107 ( Pass : should be 4084.4506735376804, Epsilon: 0.01) [ check_val ] .image regn_sum is 33.93410156148366 ( Pass : should be 33.93410069151264, Epsilon: 0.01) [ check_val ] .image npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 0.02556101334250606 ( Pass : should be 0.025561013752941966, Epsilon: 0.01) [ check_val ] .mask npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .mask freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .mask start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .mask end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .mask start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .mask mask_pix is 7770 ( Pass : should be 7770, Epsilon: 0.01) [ check_val ] .mask mask_regns is 29 ( Pass : should be 29, Exact: True ) [ check_val ] .mask npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts_unmasked is 105408236.0 ( Pass : should be 105408234.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .pb start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .pb end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .pb start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000001788139343 ( Pass : should be 0.20000003278255463, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6370469536053278 ( Pass : should be 0.6370469658095314, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .pb fit_loc_freq is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .psf freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .psf start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .psf end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .psf start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.04449443891644478 ( Pass : should be -0.04449443891644478, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.012122599757501096 ( Pass : should be 0.012122599757518095, Epsilon: 0.01) [ check_val ] .psf im_sum is 193.484888219667 ( Pass : should be 193.4848880386969, Epsilon: 0.01) [ check_val ] .psf npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 261.76462002989996 ( Pass : should be 261.76462002989996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 947 ( Pass : should be 947, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 261.99561005289996 ( Pass : should be 261.99561005289996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .residual npts_unmasked is 105408236.0 ( Pass : should be 105408234.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .residual start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .residual end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .residual start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .residual max_val is 0.07157289981842041 ( Pass : should be 0.07157289981842041, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.07177016884088516 ( Pass : should be -0.07177016884088516, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.01232644453989745 ( Pass : should be 0.012326444809860093, Epsilon: 0.01) [ check_val ] .residual im_sum is 3748.4430992963175 ( Pass : should be 3748.409866087816, Epsilon: 0.01) [ check_val ] .residual regn_sum is 37.927817384827904 ( Pass : should be 37.92781735977678, Epsilon: 0.01) [ check_val ] .residual npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .model freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .model start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .model end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .model start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .model nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .model max_val is 0.03736340254545212 ( Pass : should be 0.03736339882016182, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 2.308203374878392e-05 ( Pass : should be 2.3082033625559958e-05, Epsilon: 0.01) [ check_val ] .model im_sum is 8.653409446706064 ( Pass : should be 8.653409476391971, Epsilon: 0.01) [ check_val ] .model regn_sum is 0.6585759114241228 ( Pass : should be 0.6585759028093889, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .sumwt npts is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt npts_unmasked is 948.0 ( Pass : should be 948.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .sumwt start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .sumwt end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .sumwt start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt max_val is 45509.83984375 ( Pass : should be 45509.83984375, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 45195.1875 ( Pass : should be 45195.1875, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 45284.19290422809 ( Pass : should be 45284.19290422809, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .weight npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .weight freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .weight start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .weight end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .weight start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight max_val is 0.3203667402267456 ( Pass : should be 0.3203667402267456, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.376294524874538e-05 ( Pass : should be 7.376294524874538e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.12064853702589425 ( Pass : should be 0.12064853677123162, Epsilon: 0.01) [ check_val ] .weight im_sum is 13934226.35803005 ( Pass : should be 13934226.300038964, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 191116800 ( Pass : should be 191116800, Exact: True )

Mem Use: 29.6796875 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube_eph

test_mosaic_cube_eph_briggsbwtaper

_{Mosaic ephemeris cube imaging with briggsbwtaper - field Venus, spw 45}

Elapsed Time: 787.6245391368866 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'0', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggsbwtaper',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=15.0,minbeamfrac=0.3, growiterations=50,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'1', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggsbwtaper',robust=0.5,npixels=0, niter=700000,threshold='0.0106Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=15.0,minbeamfrac=0.3,growiterations=50, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube_eph_briggsbwtaper.iter1.image.moment8.png

mosaic_cube_eph_briggsbwtaper.iter1.image.moment8.png

mosaic_cube_eph_briggsbwtaper.iter1.residual.moment8.png

mosaic_cube_eph_briggsbwtaper.iter1.residual.moment8.png

mosaic_cube_eph_briggsbwtaper.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image : Mask is True at [240, 393, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image : Mask is True at [240, 394, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image : Mask is True at [49, 209, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_briggsbwtaper.iter1.image : Mask is False at [48, 209, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.9369754764795376 ( Pass : should be 0.9369754764795376, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.714328922231186 ( Pass : should be 0.714328922231186, Epsilon: 0.01) [ check_val ] .image com_pa is -87.11352315281212 ( Pass : should be -87.11352315281212, Epsilon: 0.01) [ check_val ] .image npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image npts_unmasked is 105415356.0 ( Pass : should be 105415354.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .image start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .image end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .image start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .image nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .image max_val is 0.07545596361160278 ( Pass : should be 0.07545597106218338, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.0654265433549881 ( Pass : should be -0.0654265433549881, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.011388254402264217 ( Pass : should be 0.01138825435221424, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 9556.292393126801 ( Pass : should be 9556.276200833598, Epsilon: 0.01) [ check_val ] .image regn_sum is 25.98092954617823 ( Pass : should be 25.980929710112832, Epsilon: 0.01) [ check_val ] .image npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 0.02283259652283526 ( Pass : should be 0.022832596793556984, Epsilon: 0.01) [ check_val ] .mask npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .mask freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .mask start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .mask end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .mask start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .mask mask_pix is 8534 ( Pass : should be 8534, Epsilon: 0.01) [ check_val ] .mask mask_regns is 31 ( Pass : should be 31, Exact: True ) [ check_val ] .mask npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts_unmasked is 105415356.0 ( Pass : should be 105415354.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .pb start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .pb end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .pb start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000001788139343 ( Pass : should be 0.20000001788139343, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6370609513658967 ( Pass : should be 0.6370609562630469, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .pb fit_loc_freq is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .psf freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .psf start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .psf end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .psf start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.05504078045487404 ( Pass : should be -0.05504078045487404, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.01211621161373026 ( Pass : should be 0.012116211613735845, Epsilon: 0.01) [ check_val ] .psf im_sum is 75.4779433934248 ( Pass : should be 75.47794335577694, Epsilon: 0.01) [ check_val ] .psf npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 261.76462002989996 ( Pass : should be 261.76462002989996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 947 ( Pass : should be 947, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 261.99561005289996 ( Pass : should be 261.99561005289996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .residual npts_unmasked is 105415356.0 ( Pass : should be 105415354.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .residual start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .residual end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .residual start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .residual max_val is 0.06285478919744492 ( Pass : should be 0.06285478919744492, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.0654265433549881 ( Pass : should be -0.0654265433549881, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.011382174533110702 ( Pass : should be 0.011382174483049073, Epsilon: 0.01) [ check_val ] .residual im_sum is 9240.230808089607 ( Pass : should be 9240.214643091973, Epsilon: 0.01) [ check_val ] .residual regn_sum is -16.06953217699447 ( Pass : should be -16.069532327876914, Epsilon: 0.01) [ check_val ] .residual npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .model freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .model start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .model end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .model start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .model nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .model max_val is 0.03946136683225632 ( Pass : should be 0.03946136683225632, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.0011258994927629828 ( Pass : should be -0.001125899376347661, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 2.1682798171850452e-05 ( Pass : should be 2.1682798001723417e-05, Epsilon: 0.01) [ check_val ] .model im_sum is 8.168397642089985 ( Pass : should be 8.168397554662079, Epsilon: 0.01) [ check_val ] .model regn_sum is 1.1245928719872609 ( Pass : should be 1.1245928519638255, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .sumwt npts is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt npts_unmasked is 948.0 ( Pass : should be 948.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .sumwt start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .sumwt end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .sumwt start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt max_val is 45549.265625 ( Pass : should be 45549.265625, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 45503.4375 ( Pass : should be 45503.4375, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 45529.93611237143 ( Pass : should be 45529.93611237143, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .weight npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .weight freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .weight start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .weight end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .weight start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight max_val is 0.32043445110321045 ( Pass : should be 0.32043445110321045, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.414929132210091e-05 ( Pass : should be 7.414929132210091e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.12064659359482846 ( Pass : should be 0.12064659331008178, Epsilon: 0.01) [ check_val ] .weight im_sum is 13934226.367774148 ( Pass : should be 13934226.308718286, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 191116800 ( Pass : should be 191116800, Exact: True )

Mem Use: 5.33203125 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube_eph_briggsbwtaper

test_mosaic_cube_eph_pcwdT

_{Mosaic ephemeris cube imaging with briggsbwtaper - field Venus, spw 45}

Elapsed Time: 785.8708865642548 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'0', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=15.0,minbeamfrac=0.3, growiterations=50,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='Venus', spw=['1'], antenna=['0,1,2,3,','4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,','27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46'], scan=['7,11'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='corrected',imagename=file_name+'1', imsize=[480,420],cell=['0.14arcsec'],phasecenter='TRACKFIELD', stokes='I',specmode='cubesource',nchan=948,start='261.7643758544GHz',width='0.2441755MHz', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=700000,threshold='0.0106Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=15.0,minbeamfrac=0.3,growiterations=50, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube_eph_pcwdT.iter1.image.moment8.png

mosaic_cube_eph_pcwdT.iter1.image.moment8.png

mosaic_cube_eph_pcwdT.iter1.residual.moment8.png

mosaic_cube_eph_pcwdT.iter1.residual.moment8.png

mosaic_cube_eph_pcwdT.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image : Mask is True at [240, 393, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image : Mask is True at [240, 394, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image : Mask is True at [49, 209, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_eph_pcwdT.iter1.image : Mask is False at [48, 209, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.9379539996102209 ( Pass : should be 0.9379539996102209, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.7149098922174161 ( Pass : should be 0.7149098922174161, Epsilon: 0.01) [ check_val ] .image com_pa is -87.11030298442445 ( Pass : should be -87.11030298442445, Epsilon: 0.01) [ check_val ] .image npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image npts_unmasked is 105415432.0 ( Pass : should be 105415430.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .image start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .image end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .image start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .image nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .image max_val is 0.07559825479984283 ( Pass : should be 0.07559825479984283, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.06556452810764313 ( Pass : should be -0.06556452810764313, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.011414422704488166 ( Pass : should be 0.011414422783139517, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 9593.728868522276 ( Pass : should be 9593.732334884902, Epsilon: 0.01) [ check_val ] .image regn_sum is 26.102949584281305 ( Pass : should be 26.102949512250234, Epsilon: 0.01) [ check_val ] .image npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 0.02288746068045607 ( Pass : should be 0.022887460846090554, Epsilon: 0.01) [ check_val ] .mask npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .mask freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .mask start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .mask end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .mask start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .mask mask_pix is 8557 ( Pass : should be 8557, Epsilon: 0.01) [ check_val ] .mask mask_regns is 31 ( Pass : should be 31, Exact: True ) [ check_val ] .mask npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb npts_unmasked is 105415432.0 ( Pass : should be 105415430.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .pb start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .pb end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .pb start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000001788139343 ( Pass : should be 0.20000001788139343, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6370611216643906 ( Pass : should be 0.6370611269211811, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .pb fit_loc_freq is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .psf freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .psf start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .psf end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .psf start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.0549619235098362 ( Pass : should be -0.0549619235098362, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.012125671956337604 ( Pass : should be 0.012125671956334268, Epsilon: 0.01) [ check_val ] .psf im_sum is 75.75408588184254 ( Pass : should be 75.75408568766147, Epsilon: 0.01) [ check_val ] .psf npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 261.76462002989996 ( Pass : should be 261.76462002989996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 474 ( Pass : should be 474, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 261.88011504139996 ( Pass : should be 261.88011504139996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 947 ( Pass : should be 947, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 261.99561005289996 ( Pass : should be 261.99561005289996, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .residual npts_unmasked is 105415432.0 ( Pass : should be 105415430.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .residual start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .residual end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .residual start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .residual max_val is 0.06294217705726624 ( Pass : should be 0.06294216960668564, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.06556452810764313 ( Pass : should be -0.06556452810764313, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.011408315884750395 ( Pass : should be 0.011408315963598554, Epsilon: 0.01) [ check_val ] .residual im_sum is 9275.94247759666 ( Pass : should be 9275.945943821356, Epsilon: 0.01) [ check_val ] .residual regn_sum is -16.121914292735255 ( Pass : should be -16.121912690320187, Epsilon: 0.01) [ check_val ] .residual npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .model npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .model freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .model start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .model end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .model start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .model nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .model max_val is 0.03951882943511009 ( Pass : should be 0.039518825709819794, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.0011229704832658172 ( Pass : should be -0.0011229703668504953, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 2.1769881437383315e-05 ( Pass : should be 2.176988118839087e-05, Epsilon: 0.01) [ check_val ] .model im_sum is 8.197739175870083 ( Pass : should be 8.197739126393571, Epsilon: 0.01) [ check_val ] .model regn_sum is 1.1301045848522335 ( Pass : should be 1.1301045540021732, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .sumwt npts is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt npts_unmasked is 948.0 ( Pass : should be 948.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .sumwt start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .sumwt end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .sumwt start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .sumwt max_val is 45346.8984375 ( Pass : should be 45346.8984375, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 45300.84765625 ( Pass : should be 45300.84765625, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 45327.483918476515 ( Pass : should be 45327.483918476515, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight npts is 191116800 ( Pass : should be 191116800, Exact: True ) [ check_val ] .weight npts_unmasked is 191116800.0 ( Pass : should be 191116800.0, Exact: True ) [ check_val ] .weight freq_bin is 244175.5 ( Pass : should be 244175.5, Epsilon: 1e-10) [ check_val ] .weight start is 261764400000.0 ( Pass : should be 261764400000.0, Exact: True ) [ check_val ] .weight end is 261995600000.0 ( Pass : should be 261995600000.0, Exact: True ) [ check_val ] .weight start_delta is 261764400000.0 ( Pass : should be 261764400000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 261995600000.0 ( Pass : should be 261995600000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 948 ( Pass : should be 948, Exact: True ) [ check_val ] .weight max_val is 0.3204350769519806 ( Pass : should be 0.3204350769519806, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.413939601974562e-05 ( Pass : should be 7.413938146783039e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.12064656882871437 ( Pass : should be 0.1206465686186194, Epsilon: 0.01) [ check_val ] .weight im_sum is 13934226.35694473 ( Pass : should be 13934226.301663086, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 191116800 ( Pass : should be 191116800, Exact: True )

Mem Use: 2.51171875 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube_eph_pcwdT

test_mosaic_cube_pcwdT

_{Mosaic cube imaging wth pcwdT - field SMIDGE_NWCloud, spw 22}

Elapsed Time: 84.52563118934631 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[108,108],cell=['1.1arcsec'], phasecenter='ICRS 00:45:54.3836 -073.15.29.413',stokes='I', specmode='cube',nchan=508,start='220.2526743594GHz', width='0.2441741MHz',outframe='LSRK', perchanweightdensity=True,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, field='SMIDGE_NWCloud', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['8,12,16'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[108,108], cell=['1.1arcsec'],phasecenter='ICRS 00:45:54.3836',' -073.15.29.413',stokes='I',specmode='cube',nchan=508, start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=True, gridder='mosaic',mosweight=True, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5, npixels=0,niter=20000,threshold='0.354Jy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_cube_pcwdT.iter1.image.moment8.png

mosaic_cube_pcwdT.iter1.image.moment8.png

mosaic_cube_pcwdT.iter1.residual.moment8.png

mosaic_cube_pcwdT.iter1.residual.moment8.png

mosaic_cube_pcwdT.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image : Mask is True at [51, 99, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image : Mask is False at [51, 100, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image : Mask is True at [9, 56, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_cube_pcwdT.iter1.image : Mask is False at [8, 56, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.800156671735735 ( Pass : should be 8.800156671735735, Epsilon: 0.01) [ check_val ] .image com_bmin is 6.100528967518075 ( Pass : should be 6.100528967518075, Epsilon: 0.01) [ check_val ] .image com_pa is 67.46076115284168 ( Pass : should be 67.46076115284168, Epsilon: 0.01) [ check_val ] .image npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 1.267783522605896 ( Pass : should be 1.2677836418151855, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.42875778675079346 ( Pass : should be -0.42875778675079346, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.08758318052139917 ( Pass : should be 0.08758318024493557, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 148.72366761816397 ( Pass : should be 148.72369868747853, Epsilon: 0.01) [ check_val ] .image regn_sum is 75.70918733254075 ( Pass : should be 75.70919078961015, Epsilon: 0.01) [ check_val ] .image npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image profile is 1.2530369156106003 ( Pass : should be 1.2530369225508722, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 252 ( Pass : should be 252, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31420623259388 ( Pass : should be 220.31420623259388, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 4101 ( Pass : should be 4105, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000167191028595 ( Pass : should be 0.20000170171260834, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6139604351069062 ( Pass : should be 0.6139604304840641, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16422684490680695 ( Pass : should be -0.16422684490680695, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.061390808061644674 ( Pass : should be 0.06139080806163987, Epsilon: 0.01) [ check_val ] .psf im_sum is 27.159552334717716 ( Pass : should be 27.159552334707996, Epsilon: 0.01) [ check_val ] .psf npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .residual npts_unmasked is 3352579.0 ( Pass : should be 3352579.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.45122435688972473 ( Pass : should be 0.45122435688972473, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.42875778675079346 ( Pass : should be -0.42875778675079346, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.08724054795189981 ( Pass : should be 0.08724054766799626, Epsilon: 0.01) [ check_val ] .residual im_sum is -139.18311067178743 ( Pass : should be -139.18306628067614, Epsilon: 0.01) [ check_val ] .residual regn_sum is 20.814852355397306 ( Pass : should be 20.81485258124303, Epsilon: 0.01) [ check_val ] .residual npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .model npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.5603721737861633 ( Pass : should be 0.5603721737861633, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.08046908676624298 ( Pass : should be -0.08046908676624298, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0005318959468720038 ( Pass : should be 0.0005318959551228511, Epsilon: 0.01) [ check_val ] .model im_sum is 5.726837836205959 ( Pass : should be 5.726837918162346, Epsilon: 0.01) [ check_val ] .model regn_sum is 5.726837836205959 ( Pass : should be 5.726837918162346, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 120.96144104003906 ( Pass : should be 120.96144104003906, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 120.7746353149414 ( Pass : should be 120.7746353149414, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 120.86384620156764 ( Pass : should be 120.86384620156764, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight npts is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .weight npts_unmasked is 5925312.0 ( Pass : should be 5925312.0, Exact: True ) [ check_val ] .weight freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .weight start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .weight end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .weight start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .weight max_val is 0.39721736311912537 ( Pass : should be 0.39721736311912537, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 7.159192318795249e-05 ( Pass : should be 7.159297092584893e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.14206311879756728 ( Pass : should be 0.14206311600056568, Epsilon: 0.01) [ check_val ] .weight im_sum is 511866.23058692814 ( Pass : should be 511866.22841321985, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .weight npts_real is 5925312 ( Pass : should be 5925312, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: 29.0625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_cube_pcwdT

test_mosaic_mfs

_{Mosaic MFS imaging field NGC5363, spw 16 & 22}

Elapsed Time: 90.73894548416138 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00020.S_tclean.ms, field='NGC5363', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[126,126],cell=['2arcsec'], phasecenter='ICRS 13:56:07.2100 +005.15.17.200',stokes='I', specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00020.S_tclean.ms, field='NGC5363', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[126,126],cell=['2arcsec'], phasecenter='ICRS 13:56:07.2100 +005.15.17.200',stokes='I', specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=30000,threshold='0.00723Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=1.25, noisethreshold=5.0,lownoisethreshold=2.0, negativethreshold=0.0,minbeamfrac=0.1,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_mfs.iter1.image.moment8.png

mosaic_mfs.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image : Mask is True at [64, 114, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image : Mask is False at [64, 115, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image : Mask is True at [11, 60, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs.iter1.image : Mask is False at [10, 60, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 17.541128158569336 ( Pass : should be 17.6737785339, Epsilon: 0.01) [ check_val ] .image com_bmin is 10.056760787963867 ( Pass : should be 10.060172081, Epsilon: 0.01) [ check_val ] .image com_pa is 86.37462615966797 ( Pass : should be 86.6785964966, Epsilon: 0.01) [ check_val ] .image npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .image freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .image start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 0.034445855766534805 ( Pass : should be 0.0345157124102, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.0019300191197544336 ( Pass : should be -0.0019364656182, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.0020178060565450556 ( Pass : should be 0.00202865566602, Epsilon: 0.01) [ check_val ] .image im_sum is 1.4970111511170145 ( Pass : should be 1.4970276115098295, Epsilon: 0.01) [ check_val ] .image regn_sum is 1.5769469584920444 ( Pass : should be 1.58850853646, Epsilon: 0.01) [ check_val ] .image npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .image fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .mask freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .mask start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 360 ( Pass : should be 360, Exact: True ) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .pb freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .pb start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000025629997253 ( Pass : should be 0.200080364943, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6045725580526182 ( Pass : should be 0.604913988836, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 8471 ( Pass : should be 8471, Exact: True ) [ check_val ] .pb npts_0.5 is 4500 ( Pass : should be 4500, Exact: True ) [ check_val ] .pb npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .psf npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .psf freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .psf start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16958187520503998 ( Pass : should be -0.169576942921, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.05017742112811178 ( Pass : should be 0.0501544145677, Epsilon: 0.01) [ check_val ] .psf im_sum is 0.0007410863434813564 ( Pass : should be 0.0007415666648, Epsilon: 0.01) [ check_val ] .psf npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .residual npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .residual freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .residual start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 0.007125129457563162 ( Pass : should be 0.00713972467929, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.0019774597603827715 ( Pass : should be -0.00197902671061, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.0008670173737071945 ( Pass : should be 0.000868739833233, Epsilon: 0.01) [ check_val ] .residual im_sum is 0.13176087565132377 ( Pass : should be 0.131760904704, Epsilon: 0.01) [ check_val ] .residual regn_sum is 0.291266405443821 ( Pass : should be 0.291504465893, Epsilon: 0.01) [ check_val ] .residual npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .model freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .model start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.027320727705955505 ( Pass : should be 0.0273759867996, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.00021683117226948813 ( Pass : should be 0.000217269736505, Epsilon: 0.01) [ check_val ] .model im_sum is 0.027320727705955505 ( Pass : should be 0.0273759867996, Epsilon: 0.01) [ check_val ] .model regn_sum is 0.027320727705955505 ( Pass : should be 0.0273759867996, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .sumwt start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 4396210.5 ( Pass : should be 4396210.5, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 4396210.5 ( Pass : should be 4396210.5, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 4396210.534459878 ( Pass : should be 4396210.53446, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .weight npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .weight freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .weight start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .weight end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .weight start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight max_val is 0.4278811514377594 ( Pass : should be 0.426215469837, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 4.2647330701583996e-05 ( Pass : should be 4.26501137554e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.14491750659676425 ( Pass : should be 0.144357241275, Epsilon: 0.01) [ check_val ] .weight im_sum is 1354.177476960842 ( Pass : should be 1347.6264633, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is 8471 ( Pass : should be 8471, Exact: True ) [ check_val ] .weight npts_0.5 is 4500 ( Pass : should be 4500, Exact: True ) [ check_val ] .weight npts_real is 15876 ( Pass : should be 15876, Exact: True )

Mem Use: 1.5859375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_mfs

test_mosaic_mfs_eph

_{Mosaic ephemeris mfs imaging - field Venus, spw 25 & 45}

Elapsed Time: 119.96378183364868 Seconds

Status: PASS

Task Executions:

tclean(2018.1.00879.S_tclean.ms, field='Venus', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,','42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[480,420],cell=['0.14arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto' '-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(2018.1.00879.S_tclean.ms, field='Venus', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,','42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[480,420],cell=['0.14arcsec'], phasecenter='TRACKFIELD',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=7000000,threshold='0.0316Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=0.0,minbeamfrac=0.3,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_mfs_eph.iter1.image.moment8.png

mosaic_mfs_eph.iter1.residual.moment8.png

mosaic_mfs_eph.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.sumwt', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.weight'] = [True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image : Mask is True at [239, 396, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image : Mask is True at [239, 397, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image : Mask is True at [47, 210, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mfs_eph.iter1.image : Mask is False at [46, 210, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.9142588973045349 ( Pass : should be 0.914250373840332, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.7085102796554565 ( Pass : should be 0.708504319190979, Epsilon: 0.01) [ check_val ] .image com_pa is -89.32734680175781 ( Pass : should be -89.3270263671875, Epsilon: 0.01) [ check_val ] .image npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .image freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .image start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 2.052064895629883 ( Pass : should be 2.057927370071411, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -2.1810569763183594 ( Pass : should be -2.188678741455078, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.6727989008099967 ( Pass : should be 0.676557465791, Epsilon: 0.01) [ check_val ] .image im_sum is 5539.3941949941045 ( Pass : should be 5498.32523989, Epsilon: 0.01) [ check_val ] .image regn_sum is 1380.248236794716 ( Pass : should be 1381.8595210092262, Epsilon: 0.01) [ check_val ] .image npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .mask freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .mask start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask mask_regns is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .pb freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .pb start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20000027120113373 ( Pass : should be 0.20000052452087402, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.6302654873699138 ( Pass : should be 0.6312907916397755, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 114030 ( Pass : should be 114034, Epsilon: 0.0001) [ check_val ] .pb npts_0.5 is 64663 ( Pass : should be 64662, Epsilon: 0.0001) [ check_val ] .pb npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 253.57442262646273 ( Pass : should be 253.57442262646273, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .psf npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .psf freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .psf start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.05114871263504028 ( Pass : should be -0.05114944279193878, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.011104204142864239 ( Pass : should be 0.011101956781551448, Epsilon: 0.01) [ check_val ] .psf im_sum is 0.16332182896936143 ( Pass : should be 0.16332336102429368, Epsilon: 0.01) [ check_val ] .psf npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 253.57442262646273 ( Pass : should be 253.57442262646273, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .residual npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .residual freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .residual start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 2.052064895629883 ( Pass : should be 2.057927370071411, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -2.1810569763183594 ( Pass : should be -2.188678741455078, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.6727989008099967 ( Pass : should be 0.6765198782434925, Epsilon: 0.01) [ check_val ] .residual im_sum is 5539.3941949941045 ( Pass : should be 5498.612235217561, Epsilon: 0.01) [ check_val ] .residual regn_sum is 1380.248236794716 ( Pass : should be 1381.8595210092262, Epsilon: 0.01) [ check_val ] .residual npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .model freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .model start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .sumwt start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 30068706.0 ( Pass : should be 30068706.0, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 30068706.0 ( Pass : should be 30068706.0, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 30068705.591048513 ( Pass : should be 30068705.591, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .weight npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .weight freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .weight start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .weight end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .weight start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .weight end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .weight nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight max_val is 0.3362279236316681 ( Pass : should be 0.3335382044315338, Epsilon: 0.01) [ check_val ] .weight max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight min_val is 9.848823538050056e-05 ( Pass : should be 9.849096386460587e-05, Epsilon: 0.01) [ check_val ] .weight im_rms is 0.12596743251876988 ( Pass : should be 0.12506836881, Epsilon: 0.01) [ check_val ] .weight im_sum is 15502.273903187059 ( Pass : should be 15366.9703442, Epsilon: 0.01) [ check_val ] .weight npts_0.2 is 114030 ( Pass : should be 114034, Epsilon: 0.0001) [ check_val ] .weight npts_0.5 is 64663 ( Pass : should be 64662, Epsilon: 0.0001) [ check_val ] .weight npts_real is 201600 ( Pass : should be 201600, Exact: True )

Mem Use: 1.015625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_mfs_eph

test_mosaic_mtmfs

_{Mosaic mtmfs imaging - field NGC5363, spw 16 & 22}

Elapsed Time: 132.66267108917236 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00020.S_tclean.ms, field='NGC5363', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',nterms=2,imsize=[126,126], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',stokes='I',specmode='mfs',nchan=-1, outframe='LSRK',perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='mtmfs',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00020.S_tclean.ms, field='NGC5363', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',nterms=2,imsize=[126,126], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',stokes='I',specmode='mfs',nchan=-1, outframe='LSRK',perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='mtmfs',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=30000,threshold='0.00723Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=1.25, noisethreshold=5.0,lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, savemodel='none',calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_mtmfs.iter1.image.tt0.moment8.png

mosaic_mtmfs.iter1.image.tt0.moment8.png

mosaic_mtmfs.iter1.residual.tt0.moment8.png

mosaic_mtmfs.iter1.residual.tt0.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.alpha', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.alpha.error', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.psf.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.psf.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.psf.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.residual.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.residual.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt1.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.pb.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.model.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.model.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.sumwt.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.sumwt.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.sumwt.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.weight.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.weight.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.weight.tt2'] = [True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0 : Mask is True at [64, 114, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0 : Mask is False at [64, 115, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0 : Mask is True at [11, 60, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs.iter1.image.tt0 : Mask is False at [10, 60, 0, 0] ( Pass : should be False ) [ check_val ] .image.tt0 com_bmaj is 17.541128158569336 ( Pass : should be 17.6737785339, Epsilon: 0.01) [ check_val ] .image.tt0 com_bmin is 10.056760787963867 ( Pass : should be 10.060172081, Epsilon: 0.01) [ check_val ] .image.tt0 com_pa is 86.37462615966797 ( Pass : should be 86.6785964966, Epsilon: 0.01) [ check_val ] .image.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image.tt0 npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .image.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .image.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt0 max_val is 0.034826796501874924 ( Pass : should be 0.034914586693, Epsilon: 0.01) [ check_val ] .image.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 min_val is -0.0025678970851004124 ( Pass : should be -0.00258040963672, Epsilon: 0.01) [ check_val ] .image.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 im_rms is 0.0020667005275052637 ( Pass : should be 0.00207815358165, Epsilon: 0.01) [ check_val ] .image.tt0 im_sum is 1.4601220040777463 ( Pass : should be 1.4601284610577565, Epsilon: 0.01) [ check_val ] .image.tt0 regn_sum is 1.5706712378305383 ( Pass : should be 1.58228409861, Epsilon: 0.01) [ check_val ] .image.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image.tt0 rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .image.tt0 fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .image.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .mask freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .mask start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 360 ( Pass : should be 360, Exact: True ) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb.tt0 npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .pb.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .pb.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 min_val is 0.20000025629997253 ( Pass : should be 0.200080364943, Epsilon: 0.01) [ check_val ] .pb.tt0 im_rms is 0.6045725580526182 ( Pass : should be 0.604913988836, Epsilon: 0.01) [ check_val ] .pb.tt0 npts_0.2 is 8471 ( Pass : should be 8471, Exact: True ) [ check_val ] .pb.tt0 npts_0.5 is 4500 ( Pass : should be 4500, Exact: True ) [ check_val ] .pb.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .pb.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb.tt0 fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .pb.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .psf.tt0 npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .psf.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .psf.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 min_val is -0.16958187520503998 ( Pass : should be -0.169576942921, Epsilon: 0.01) [ check_val ] .psf.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 im_rms is 0.05017742112811178 ( Pass : should be 0.0501544145677, Epsilon: 0.01) [ check_val ] .psf.tt0 im_sum is 0.0007410863434813564 ( Pass : should be 0.0007415666648, Epsilon: 0.01) [ check_val ] .psf.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .psf.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf.tt0 fit_loc_freq is 107.8402451422565 ( Pass : should be 107.8402451422565, Epsilon: 1e-10) [ check_val ] .psf.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .residual.tt0 npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .residual.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .residual.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt0 max_val is 0.007115213666111231 ( Pass : should be 0.00713019119576, Epsilon: 0.01) [ check_val ] .residual.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 min_val is -0.0019762245938181877 ( Pass : should be -0.00197783415206, Epsilon: 0.01) [ check_val ] .residual.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 im_rms is 0.0008636851081688406 ( Pass : should be 0.000865575345209, Epsilon: 0.01) [ check_val ] .residual.tt0 im_sum is 0.12800557262133844 ( Pass : should be 0.128005618624, Epsilon: 0.01) [ check_val ] .residual.tt0 regn_sum is 0.2829852155282424 ( Pass : should be 0.283332834988, Epsilon: 0.01) [ check_val ] .residual.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model.tt0 npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .model.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .model.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt0 max_val is 0.027177389711141586 ( Pass : should be 0.0272394213825, Epsilon: 0.01) [ check_val ] .model.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 im_rms is 0.00021569356913604432 ( Pass : should be 0.000216185883988, Epsilon: 0.01) [ check_val ] .model.tt0 im_sum is 0.027177389711141586 ( Pass : should be 0.0272394213825, Epsilon: 0.01) [ check_val ] .model.tt0 regn_sum is 0.027177389711141586 ( Pass : should be 0.0272394213825, Epsilon: 0.01) [ check_val ] .model.tt0 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .sumwt.tt0 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .sumwt.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 max_val is 4396210.5 ( Pass : should be 4396210.5, Epsilon: 0.01) [ check_val ] .sumwt.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 min_val is 4396210.5 ( Pass : should be 4396210.5, Epsilon: 0.01) [ check_val ] .sumwt.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 im_rms is 4396210.534459878 ( Pass : should be 4396210.53446, Epsilon: 0.01) [ check_val ] .sumwt.tt0 npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight.tt0 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .weight.tt0 npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .weight.tt0 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .weight.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .weight.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .weight.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .weight.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .weight.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight.tt0 max_val is 0.4278811514377594 ( Pass : should be 0.426215469837, Epsilon: 0.01) [ check_val ] .weight.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight.tt0 min_val is 4.2647330701583996e-05 ( Pass : should be 4.26501137554e-05, Epsilon: 0.01) [ check_val ] .weight.tt0 im_rms is 0.14491750659676425 ( Pass : should be 0.144357241275, Epsilon: 0.01) [ check_val ] .weight.tt0 im_sum is 1354.177476960842 ( Pass : should be 1347.6264633, Epsilon: 0.01) [ check_val ] .weight.tt0 npts_0.2 is 8471 ( Pass : should be 8471, Exact: True ) [ check_val ] .weight.tt0 npts_0.5 is 4500 ( Pass : should be 4500, Exact: True ) [ check_val ] .weight.tt0 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image.tt1 com_bmaj is 17.541128158569336 ( Pass : should be 17.6737785339, Epsilon: 0.01) [ check_val ] .image.tt1 com_bmin is 10.056760787963867 ( Pass : should be 10.060172081, Epsilon: 0.01) [ check_val ] .image.tt1 com_pa is 86.37462615966797 ( Pass : should be 86.6785964966, Epsilon: 0.01) [ check_val ] .image.tt1 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image.tt1 npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .image.tt1 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .image.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 max_val is 0.04095790162682533 ( Pass : should be 0.0410945117474, Epsilon: 0.01) [ check_val ] .image.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 min_val is -0.04355520009994507 ( Pass : should be -0.0436826199293, Epsilon: 0.01) [ check_val ] .image.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 im_rms is 0.011899495192181147 ( Pass : should be 0.0119215006547, Epsilon: 0.01) [ check_val ] .image.tt1 im_sum is -1.0537768142983168 ( Pass : should be -1.05556125437, Epsilon: 0.01) [ check_val ] .image.tt1 regn_sum is 0.12587255201651715 ( Pass : should be 0.12572287418879569, Epsilon: 0.01) [ check_val ] .image.tt1 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .image.tt1 rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .residual.tt1 npts_unmasked is 8471.0 ( Pass : should be 8471.0, Exact: True ) [ check_val ] .residual.tt1 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .residual.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt1 max_val is 0.00012295051419641823 ( Pass : should be 0.000123286881717, Epsilon: 0.01) [ check_val ] .residual.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 min_val is -0.00018318092043045908 ( Pass : should be -0.000183079260751, Epsilon: 0.01) [ check_val ] .residual.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 im_rms is 4.569330979045372e-05 ( Pass : should be 4.57978644843e-05, Epsilon: 0.01) [ check_val ] .residual.tt1 im_sum is -0.006696052893372495 ( Pass : should be -0.00669605520018, Epsilon: 0.01) [ check_val ] .residual.tt1 regn_sum is -0.007798135815150431 ( Pass : should be -0.0077922191209, Epsilon: 0.01) [ check_val ] .residual.tt1 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model.tt1 npts is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .model.tt1 npts_unmasked is 15876.0 ( Pass : should be 15876.0, Exact: True ) [ check_val ] .model.tt1 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .model.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt1 max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 min_val is -0.00455869548022747 ( Pass : should be -0.00455870199949, Epsilon: 0.01) [ check_val ] .model.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 im_rms is 3.6180122858948176e-05 ( Pass : should be 3.61801745991e-05, Epsilon: 0.01) [ check_val ] .model.tt1 im_sum is -0.00455869548022747 ( Pass : should be -0.00455870199949, Epsilon: 0.01) [ check_val ] .model.tt1 regn_sum is -0.00455869548022747 ( Pass : should be -0.00455870199949, Epsilon: 0.01) [ check_val ] .model.tt1 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt1 npts_real is 15876 ( Pass : should be 15876, Exact: True ) [ check_val ] .sumwt.tt1 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt.tt1 freq_bin is 15849925874.83342 ( Pass : should be 15849925874.83342, Epsilon: 1e-10) [ check_val ] .sumwt.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 max_val is -123654.40625 ( Pass : should be -123654.40625, Epsilon: 0.01) [ check_val ] .sumwt.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 min_val is -123654.40625 ( Pass : should be -123654.40625, Epsilon: 0.01) [ check_val ] .sumwt.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 im_rms is 123654.40563117838 ( Pass : should be 123654.40631, Epsilon: 0.01) [ check_val ] .sumwt.tt1 npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 1.08984375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_mtmfs

test_mosaic_mtmfs_eph

_{Mosaic ephemeris mtmfs imaging - field Venus, spw 25 & 45}

Elapsed Time: 194.36155486106873 Seconds

Status: PASS

Task Executions:

tclean(2018.1.00879.S_tclean.ms, field='Venus', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[480,420],nterms=2, cell=['0.14arcsec'],phasecenter='TRACKFIELD',stokes='I', specmode='mfs',nchan=-1,perchanweightdensity=False, gridder='mosaic',mosweight=True, usepointing=False,pblimit=0.2,deconvolver='mtmfs', restoration=False,restoringbeam='common',pbcor=False, weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto' '-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(2018.1.00879.S_tclean.ms, field='Venus', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[480,420],nterms=2, cell=['0.14arcsec'],phasecenter='TRACKFIELD',specmode='mfs', nchan=-1,perchanweightdensity=False,gridder='mosaic', mosweight=True,usepointing=False,pblimit=0.2, deconvolver='mtmfs',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=7000000,threshold='0.0316Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=0.0,minbeamfrac=0.3,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,calcres=False,calcpsf=False, parallel=self.parallel,verbose=True)

images:

mosaic_mtmfs_eph.iter1.image.tt0.moment8.png

mosaic_mtmfs_eph.iter1.image.tt0.moment8.png

mosaic_mtmfs_eph.iter1.residual.tt0.moment8.png

mosaic_mtmfs_eph.iter1.residual.tt0.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.alpha', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.alpha.error', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.psf.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.psf.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.psf.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.residual.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.residual.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt1.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.pb.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.model.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.model.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.sumwt.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.sumwt.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.sumwt.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.weight.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.weight.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.weight.tt2'] = [True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0 : Mask is True at [239, 396, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0 : Mask is True at [239, 397, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0 : Mask is True at [47, 210, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/mosaic_mtmfs_eph.iter1.image.tt0 : Mask is False at [46, 210, 0, 0] ( Pass : should be False ) [ check_val ] .image.tt0 com_bmaj is 0.9142588973045349 ( Pass : should be 0.914226949215, Epsilon: 0.01) [ check_val ] .image.tt0 com_bmin is 0.7085102796554565 ( Pass : should be 0.708592534065, Epsilon: 0.01) [ check_val ] .image.tt0 com_pa is -89.32734680175781 ( Pass : should be -89.3612976074, Epsilon: 0.01) [ check_val ] .image.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image.tt0 npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .image.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .image.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt0 max_val is 2.0485963821411133 ( Pass : should be 2.054377794265747, Epsilon: 0.01) [ check_val ] .image.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 min_val is -2.187688112258911 ( Pass : should be -2.195145845413208, Epsilon: 0.01) [ check_val ] .image.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 im_rms is 0.6689425243918219 ( Pass : should be 0.6725999217209672, Epsilon: 0.01) [ check_val ] .image.tt0 im_sum is 5457.905490795514 ( Pass : should be 5458.724023531031, Epsilon: 0.01) [ check_val ] .image.tt0 regn_sum is 1382.1534270450647 ( Pass : should be 1383.755136466585, Epsilon: 0.01) [ check_val ] .image.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image.tt0 rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .mask freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .mask start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask mask_regns is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb.tt0 npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .pb.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .pb.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 min_val is 0.20000027120113373 ( Pass : should be 0.20000052452087402, Epsilon: 0.01) [ check_val ] .pb.tt0 im_rms is 0.6302654873699138 ( Pass : should be 0.6312907916397755, Epsilon: 0.01) [ check_val ] .pb.tt0 npts_0.2 is 114030 ( Pass : should be 114034, Epsilon: 0.0001) [ check_val ] .pb.tt0 npts_0.5 is 64663 ( Pass : should be 64662, Epsilon: 0.0001) [ check_val ] .pb.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .pb.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb.tt0 fit_loc_freq is 253.57442262646273 ( Pass : should be 253.57442262646273, Epsilon: 1e-10) [ check_val ] .pb.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .psf.tt0 npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .psf.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .psf.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 min_val is -0.05114871263504028 ( Pass : should be -0.05114944279193878, Epsilon: 0.01) [ check_val ] .psf.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 im_rms is 0.011104204142864239 ( Pass : should be 0.011101956781551448, Epsilon: 0.01) [ check_val ] .psf.tt0 im_sum is 0.16332182896936143 ( Pass : should be 0.16332336102429368, Epsilon: 0.01) [ check_val ] .psf.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .psf.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf.tt0 fit_loc_freq is 253.57442262646273 ( Pass : should be 253.57442262646273, Epsilon: 1e-10) [ check_val ] .psf.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .residual.tt0 npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .residual.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .residual.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt0 max_val is 2.052064895629883 ( Pass : should be 2.057927370071411, Epsilon: 0.01) [ check_val ] .residual.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 min_val is -2.1810569763183594 ( Pass : should be -2.188678741455078, Epsilon: 0.01) [ check_val ] .residual.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 im_rms is 0.6727989008099967 ( Pass : should be 0.6765198782434925, Epsilon: 0.01) [ check_val ] .residual.tt0 im_sum is 5539.3941949941045 ( Pass : should be 5498.612235217561, Epsilon: 0.01) [ check_val ] .residual.tt0 regn_sum is 1380.248236794716 ( Pass : should be 1381.8595210092262, Epsilon: 0.01) [ check_val ] .residual.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model.tt0 npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .model.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .model.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt0 max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .sumwt.tt0 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .sumwt.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 max_val is 30068706.0 ( Pass : should be 30068706.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 min_val is 30068706.0 ( Pass : should be 30068706.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 im_rms is 30068705.591048513 ( Pass : should be 30068705.591, Epsilon: 0.01) [ check_val ] .sumwt.tt0 npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight.tt0 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .weight.tt0 npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .weight.tt0 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .weight.tt0 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .weight.tt0 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .weight.tt0 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .weight.tt0 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .weight.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .weight.tt0 max_val is 0.3362279236316681 ( Pass : should be 0.3335382044315338, Epsilon: 0.01) [ check_val ] .weight.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .weight.tt0 min_val is 9.848823538050056e-05 ( Pass : should be 9.849096386460587e-05, Epsilon: 0.01) [ check_val ] .weight.tt0 im_rms is 0.12596743251876988 ( Pass : should be 0.12506831619046738, Epsilon: 0.01) [ check_val ] .weight.tt0 im_sum is 15502.273903187059 ( Pass : should be 15366.970359400737, Epsilon: 0.01) [ check_val ] .weight.tt0 npts_0.2 is 114030 ( Pass : should be 114034, Epsilon: 0.0001) [ check_val ] .weight.tt0 npts_0.5 is 64663 ( Pass : should be 64662, Epsilon: 0.0001) [ check_val ] .weight.tt0 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image.tt1 com_bmaj is 0.9142588973045349 ( Pass : should be 0.914250373840332, Epsilon: 0.01) [ check_val ] .image.tt1 com_bmin is 0.7085102796554565 ( Pass : should be 0.708504319190979, Epsilon: 0.01) [ check_val ] .image.tt1 com_pa is -89.32734680175781 ( Pass : should be -89.3270263671875, Epsilon: 0.01) [ check_val ] .image.tt1 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image.tt1 npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .image.tt1 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .image.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 max_val is 14.482383728027344 ( Pass : should be 14.496827125549316, Epsilon: 0.01) [ check_val ] .image.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 min_val is -15.033074378967285 ( Pass : should be -15.082664489746094, Epsilon: 0.01) [ check_val ] .image.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 im_rms is 3.631102322921658 ( Pass : should be 3.6352690257406723, Epsilon: 0.01) [ check_val ] .image.tt1 im_sum is 13778.998984989244 ( Pass : should be 13760.151578558609, Epsilon: 0.01) [ check_val ] .image.tt1 regn_sum is -322.1657362654805 ( Pass : should be -320.53889639303, Epsilon: 0.01) [ check_val ] .image.tt1 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .image.tt1 rms_per_field is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .residual.tt1 npts_unmasked is 114030.0 ( Pass : should be 114034.0, Epsilon: 0.0001) [ check_val ] .residual.tt1 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .residual.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt1 max_val is 0.018806690350174904 ( Pass : should be 0.018855653703212738, Epsilon: 0.01) [ check_val ] .residual.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 min_val is -0.022977009415626526 ( Pass : should be -0.023053178563714027, Epsilon: 0.01) [ check_val ] .residual.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 im_rms is 0.005976544945822581 ( Pass : should be 0.006006708967196801, Epsilon: 0.01) [ check_val ] .residual.tt1 im_sum is 46.99202406991553 ( Pass : should be 46.97670805919702, Epsilon: 0.01) [ check_val ] .residual.tt1 regn_sum is 7.829958710617461 ( Pass : should be 7.861296703074515, Epsilon: 0.01) [ check_val ] .residual.tt1 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model.tt1 npts is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .model.tt1 npts_unmasked is 201600.0 ( Pass : should be 201600.0, Epsilon: 0.0001) [ check_val ] .model.tt1 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .model.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt1 max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt1 npts_real is 201600 ( Pass : should be 201600, Exact: True ) [ check_val ] .sumwt.tt1 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt.tt1 freq_bin is 16762504556.453674 ( Pass : should be 16762504556.453674, Epsilon: 1e-10) [ check_val ] .sumwt.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 max_val is 213950.0 ( Pass : should be 213949.859375, Epsilon: 0.01) [ check_val ] .sumwt.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 min_val is 213950.0 ( Pass : should be 213949.859375, Epsilon: 0.01) [ check_val ] .sumwt.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 im_rms is 213949.9993923814 ( Pass : should be 213949.85580738305, Epsilon: 0.01) [ check_val ] .sumwt.tt1 npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 1.02734375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_mosaic.test_mosaic_mtmfs_eph

test_standard_cal

_{Calibrator image - field J2258-2758, spw 22}

Elapsed Time: 10.742643117904663 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, field='0', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['3'], intent='CALIBRATE_BANDPASS#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[90,90],stokes='I', cell=['0.85arcsec'],phasecenter='ICRS 22:58:05.9629 ','-027.58.21.257',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.5,noisethreshold=6.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,savemodel='none', parallel=False,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, field='0', spw=['0'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['3'], intent='CALIBRATE_BANDPASS#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[90,90],stokes='I', cell=['0.85arcsec'],phasecenter='ICRS 22:58:05.9629 ','-027.58.21.257',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=300000,threshold='0.0241Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=1.5, noisethreshold=6.0,lownoisethreshold=2.0, negativethreshold=0.0,minbeamfrac=0.1,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,calcres=False,calcpsf=False,savemodel='none', parallel=False,verbose=True)

images:

standard_cal.iter1.image.moment8.png

standard_cal.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image : Mask is True at [45, 85, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image : Mask is False at [45, 86, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image : Mask is True at [5, 45, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal.iter1.image : Mask is False at [4, 45, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 9.626509666442871 ( Pass : should be 9.626538276672363, Epsilon: 0.01) [ check_val ] .image com_bmin is 4.6740336418151855 ( Pass : should be 4.673975467681885, Epsilon: 0.01) [ check_val ] .image com_pa is -86.10713195800781 ( Pass : should be -86.3871307373, Epsilon: 0.01) [ check_val ] .image npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .image npts_unmasked is 5041.0 ( Pass : should be 5041.0, Exact: True ) [ check_val ] .image freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .image start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .image end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .image start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 2.40606951713562 ( Pass : should be 2.40606927872, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.01152380183339119 ( Pass : should be -0.0115236453712, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.20128813541670273 ( Pass : should be 0.2012872201556086, Epsilon: 0.01) [ check_val ] .image im_sum is 168.2589734149338 ( Pass : should be 168.25755220036578, Epsilon: 0.01) [ check_val ] .image regn_sum is 167.47992586996406 ( Pass : should be 167.478445882909, Epsilon: 0.01) [ check_val ] .image npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .image fit_loc_freq is 220.30076542192987 ( Pass : should be 220.30076542192973, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .mask freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .mask start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .mask end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .mask start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 400 ( Pass : should be 400, Exact: True ) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .pb npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .pb npts_unmasked is 5041.0 ( Pass : should be 5041.0, Exact: True ) [ check_val ] .pb freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .pb start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .pb end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .pb start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20009282231330872 ( Pass : should be 0.200092822313, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5771700499210114 ( Pass : should be 0.577170049921, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 5041 ( Pass : should be 5041, Exact: True ) [ check_val ] .pb npts_0.5 is 2409 ( Pass : should be 2409, Exact: True ) [ check_val ] .pb npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.30076542192987 ( Pass : should be 220.30076542192973, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .psf npts_unmasked is 8100.0 ( Pass : should be 8100.0, Exact: True ) [ check_val ] .psf freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .psf start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .psf end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .psf start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.18666134774684906 ( Pass : should be -0.186668172479, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.12565124648571382 ( Pass : should be 0.125651062092, Epsilon: 0.01) [ check_val ] .psf im_sum is 40.20578390594392 ( Pass : should be 40.2072189807, Epsilon: 0.01) [ check_val ] .psf npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 220.30076542192987 ( Pass : should be 220.30076542192973, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .residual npts_unmasked is 5041.0 ( Pass : should be 5041.0, Exact: True ) [ check_val ] .residual freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .residual start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .residual end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .residual start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 0.023333439603447914 ( Pass : should be 0.0233334042132, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.011523792520165443 ( Pass : should be -0.01152363047, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.004103866017673551 ( Pass : should be 0.00410389073592, Epsilon: 0.01) [ check_val ] .residual im_sum is 0.12202202529397965 ( Pass : should be 0.122164499838, Epsilon: 0.01) [ check_val ] .residual regn_sum is 1.0518380833600531 ( Pass : should be 1.0518577156, Epsilon: 0.01) [ check_val ] .residual npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .model npts is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .model npts_unmasked is 8100.0 ( Pass : should be 8100.0, Exact: True ) [ check_val ] .model freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .model start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .model end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .model start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 2.3827359676361084 ( Pass : should be 2.38273620605, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.02647484408484565 ( Pass : should be 0.0264748467339, Epsilon: 0.01) [ check_val ] .model im_sum is 2.3827359676361084 ( Pass : should be 2.38273620605, Epsilon: 0.01) [ check_val ] .model regn_sum is 2.3827359676361084 ( Pass : should be 2.38273620605, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 8100 ( Pass : should be 8100, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt freq_bin is 125009872.91882324 ( Pass : should be 125009872.9187622, Epsilon: 1e-10) [ check_val ] .sumwt start is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .sumwt end is 220301000000.0 ( Pass : should be 220301000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220301000000.0 ( Pass : should be 220301000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 37712.03125 ( Pass : should be 37712.03125, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 37712.03125 ( Pass : should be 37712.03125, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 37712.03054729353 ( Pass : should be 37712.03054729353, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.81640625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cal

test_standard_cal_eph

_{Standard (single field) ephemeris calibrator imaging - central field of Venus (field 2), spw 25 & 45}

Elapsed Time: 16.86284041404724 Seconds

Status: PASS

Task Executions:

tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[288,288],cell=['0.14arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=False,verbose=True)
tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[288,288],cell=['0.14arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=7000000,threshold='0.0316Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=0.0,minbeamfrac=0.3,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,calcres=False,calcpsf=False, savemodel='none',parallel=False,verbose=True)

images:

standard_cal_eph.iter1.image.moment8.png

standard_cal_eph.iter1.image.moment8.png

standard_cal_eph.iter1.residual.moment8.png

standard_cal_eph.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image : Mask is True at [144, 266, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image : Mask is False at [144, 267, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image : Mask is True at [22, 145, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cal_eph.iter1.image : Mask is False at [21, 145, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.8800241947174072 ( Pass : should be 0.875946879387, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.6755346655845642 ( Pass : should be 0.673672378063, Epsilon: 0.01) [ check_val ] .image com_pa is 88.42533111572266 ( Pass : should be 88.5368652344, Epsilon: 0.01) [ check_val ] .image npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .image npts_unmasked is 47329.0 ( Pass : should be 47329.0, Exact: True ) [ check_val ] .image freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .image start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 1.0311285257339478 ( Pass : should be 1.03113353252, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -1.0179589986801147 ( Pass : should be -1.01794064045, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.35935618506789146 ( Pass : should be 0.359352011299, Epsilon: 0.01) [ check_val ] .image im_sum is -1491.2677590179956 ( Pass : should be -1491.198136, Epsilon: 0.01) [ check_val ] .image regn_sum is 3362.955093888253 ( Pass : should be 3362.95355159, Epsilon: 0.01) [ check_val ] .image npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .mask start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask mask_regns is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts_unmasked is 47329.0 ( Pass : should be 47329.0, Exact: True ) [ check_val ] .pb freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .pb start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20006176829338074 ( Pass : should be 0.200061768293, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5694030012851901 ( Pass : should be 0.569403001285, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 47329 ( Pass : should be 47329, Exact: True ) [ check_val ] .pb npts_0.5 is 22365 ( Pass : should be 22365, Exact: True ) [ check_val ] .pb npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 0.01) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf npts_unmasked is 82944.0 ( Pass : should be 82944.0, Exact: True ) [ check_val ] .psf freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .psf start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.06099775806069374 ( Pass : should be -0.0609973631799, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.01983793577522997 ( Pass : should be 0.019837926364, Epsilon: 0.01) [ check_val ] .psf im_sum is 16.340927271363853 ( Pass : should be 16.3427572285, Epsilon: 0.01) [ check_val ] .psf npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 0.01) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .residual npts_unmasked is 47329.0 ( Pass : should be 47329.0, Exact: True ) [ check_val ] .residual freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .residual start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 1.0311285257339478 ( Pass : should be 1.03113353252, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -1.0179589986801147 ( Pass : should be -1.01794064045, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.35935618506789146 ( Pass : should be 0.359352011299, Epsilon: 0.01) [ check_val ] .residual im_sum is -1491.2677590179956 ( Pass : should be -1491.198136, Epsilon: 0.01) [ check_val ] .residual regn_sum is 3362.955093888253 ( Pass : should be 3362.95355159, Epsilon: 0.01) [ check_val ] .residual npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts_unmasked is 82944.0 ( Pass : should be 82944.0, Exact: True ) [ check_val ] .model freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .model start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 0.01) [ check_val ] .sumwt start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 4347975.0 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 4347975.0 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 4347974.9028604105 ( Pass : should be 4347974.9028604105, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.47265625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cal_eph

test_standard_cube

_{Standard (single field) cube imaging - central field of SMIDGE_NWCloud (field 3), spw 22}

Elapsed Time: 60.067497968673706 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'0', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS',' 00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',pblimit=0.2,perchanweightdensity=False, gridder='standard',mosweight=False, deconvolver='hogbom',usepointing=False,restoration=False, pbcor=False,weighting='briggs',restoringbeam='common', robust=0.5,npixels=0,niter=0,threshold='0.0mJy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'1', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS ','00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=False, usepointing=False,pblimit=0.2,nsigma=0.0, gridder='standard',mosweight=False, deconvolver='hogbom',restoringbeam='common',restoration=True,pbcor=True, weighting='briggs',robust=0.5,npixels=0,niter=20000, threshold='0.354Jy',usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube.iter1.image.moment8.png

standard_cube.iter1.residual.moment8.png

standard_cube.iter1.residual.moment8.png

standard_cube.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image : Mask is True at [40, 70, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image : Mask is False at [40, 71, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image : Mask is True at [10, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube.iter1.image : Mask is False at [9, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.567007671188444 ( Pass : should be 8.509892605313942, Epsilon: 0.01) [ check_val ] .image com_bmin is 5.943846879016677 ( Pass : should be 5.950050676606115, Epsilon: 0.01) [ check_val ] .image com_pa is 72.57727691468394 ( Pass : should be 72.54607919421503, Epsilon: 0.01) [ check_val ] .image npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 0.9460169076919556 ( Pass : should be 0.9460867643356323, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.7047120928764343 ( Pass : should be -0.7046798467636108, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.14397976967462817 ( Pass : should be 0.143986095161, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 168.57153126911714 ( Pass : should be 168.242297979, Epsilon: 0.01) [ check_val ] .image regn_sum is 66.28189540654421 ( Pass : should be 66.08937156200409, Epsilon: 0.01) [ check_val ] .image npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image profile is 0.9034578244977461 ( Pass : should be 0.9035454605491594, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 437 ( Pass : should be 437, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20089669525623322 ( Pass : should be 0.200896695256, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5782380936696041 ( Pass : should be 0.578238326026, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.2187603861093521 ( Pass : should be -0.218764916062, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.13603581336730217 ( Pass : should be 0.136036099793, Epsilon: 0.01) [ check_val ] .psf im_sum is 7472.240548763821 ( Pass : should be 7472.57665916, Epsilon: 0.01) [ check_val ] .psf npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .residual npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.7855826020240784 ( Pass : should be 0.785612404346, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.7047120928764343 ( Pass : should be -0.704679846764, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.1439120365881036 ( Pass : should be 0.143918523224, Epsilon: 0.01) [ check_val ] .residual im_sum is 124.39973957847891 ( Pass : should be 124.317946204, Epsilon: 0.01) [ check_val ] .residual regn_sum is 19.038765017408878 ( Pass : should be 19.0307790947, Epsilon: 0.01) [ check_val ] .residual npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.28601616621017456 ( Pass : should be 0.286023736, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0002498439529156305 ( Pass : should be 0.000249846621096, Epsilon: 0.01) [ check_val ] .model im_sum is 0.9263375476002693 ( Pass : should be 0.92636379227, Epsilon: 0.01) [ check_val ] .model regn_sum is 0.9263375476002693 ( Pass : should be 0.92636379227, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.1, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 17.679994583129883 ( Pass : should be 17.679994583129883, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 17.679994583129883 ( Pass : should be 17.679994583129883, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 17.679994749871074 ( Pass : should be 17.679994749871074, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: -39.15625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube

test_standard_cube_briggsbwtaper

_{Standard (single field) cube imaging with briggsbwtaper - central field of SMIDGE_NWCloud (field 3), spw 22}

Elapsed Time: 61.317009687423706 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'0', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS',' 00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',pblimit=0.2,perchanweightdensity=True, gridder='standard',mosweight=False, deconvolver='hogbom',usepointing=False,restoration=False, pbcor=False,weighting='briggsbwtaper',restoringbeam='common', robust=0.5,npixels=0,niter=0,threshold='0.0mJy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'1', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS ','00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=True, usepointing=False,pblimit=0.2,nsigma=0.0, gridder='standard',mosweight=False, deconvolver='hogbom',restoration=True,restoringbeam='common',pbcor=True, weighting='briggsbwtaper',robust=0.5,npixels=0,niter=20000, threshold='0.354Jy',usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.08,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube_briggsbwtaper.iter1.image.moment8.png

standard_cube_briggsbwtaper.iter1.image.moment8.png

standard_cube_briggsbwtaper.iter1.residual.moment8.png

standard_cube_briggsbwtaper.iter1.residual.moment8.png

standard_cube_briggsbwtaper.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image : Mask is True at [40, 70, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image : Mask is False at [40, 71, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image : Mask is True at [10, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_briggsbwtaper.iter1.image : Mask is False at [9, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.814583981760554 ( Pass : should be 8.814554388244703, Epsilon: 0.01) [ check_val ] .image com_bmin is 6.202833757059381 ( Pass : should be 6.202822301517538, Epsilon: 0.01) [ check_val ] .image com_pa is 66.69947623461522 ( Pass : should be 66.69898795336522, Epsilon: 0.01) [ check_val ] .image npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 1.072021722793579 ( Pass : should be 1.0720406770706177, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.6544662117958069 ( Pass : should be -0.6544804573059082, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.14171470496426739 ( Pass : should be 0.141714622981388, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is -25.68321018253991 ( Pass : should be -25.70624720742208, Epsilon: 0.01) [ check_val ] .image regn_sum is 73.29212632030249 ( Pass : should be 73.29206447303295, Epsilon: 0.01) [ check_val ] .image npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image profile is 0.9988581652141209 ( Pass : should be 0.9988724790368498, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 925 ( Pass : should be 925, Epsilon: 0.01) [ check_val ] .mask mask_regns is 2 ( Pass : should be 2, Exact: True ) [ check_val ] .mask npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20089669525623322 ( Pass : should be 0.20089669525623322, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5782380936696041 ( Pass : should be 0.5782380936695958, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.20377525687217712 ( Pass : should be -0.20378327369689941, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.13685770822766521 ( Pass : should be 0.13685788807110835, Epsilon: 0.01) [ check_val ] .psf im_sum is 6926.665677722522 ( Pass : should be 6927.265729894329, Epsilon: 0.01) [ check_val ] .psf npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .residual npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.8372161388397217 ( Pass : should be 0.8372206091880798, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.6544662117958069 ( Pass : should be -0.6544804573059082, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.1415691429571362 ( Pass : should be 0.14156906077438056, Epsilon: 0.01) [ check_val ] .residual im_sum is -110.73433025801043 ( Pass : should be -110.75728893821375, Epsilon: 0.01) [ check_val ] .residual regn_sum is 33.60838215542026 ( Pass : should be 33.60975038865581, Epsilon: 0.01) [ check_val ] .residual npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.5203060507774353 ( Pass : should be 0.5203002691268921, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.03937426954507828 ( Pass : should be -0.03937331587076187, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.00040734056743963636 ( Pass : should be 0.0004073412175002982, Epsilon: 0.01) [ check_val ] .model im_sum is 1.6611508131027222 ( Pass : should be 1.661157950758934, Epsilon: 0.01) [ check_val ] .model regn_sum is 1.6986481510102749 ( Pass : should be 1.6986552141606808, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 16.91948890686035 ( Pass : should be 16.91948890686035, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 16.919483184814453 ( Pass : should be 16.919483184814453, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 16.919486523700137 ( Pass : should be 16.919486523700137, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: 0.2734375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube_briggsbwtaper

test_standard_cube_eph

_{Single field multi-EB ephemeris cube imaging - field 21PGiacobini-Zinner, spw 20}

Elapsed Time: 157.7658121585846 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', #nchan=1000,start=1550,width=1,perchanweightdensity=False, nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=False, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=False,restoringbeam='common',pbcor=False, weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,savemodel='none', parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', #nchan=1000,start=1550,width=1,perchanweightdensity=False, nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=False, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5,npixels=0,niter=30000, threshold='0.274Jy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube_eph.iter1.image.moment8.png

standard_cube_eph.iter1.image.moment8.png

standard_cube_eph.iter1.residual.moment8.png

standard_cube_eph.iter1.residual.moment8.png

standard_cube_eph.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image : Mask is True at [40, 72, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image : Mask is False at [40, 73, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image : Mask is True at [8, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph.iter1.image : Mask is False at [7, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 4.496077103104952 ( Pass : should be 4.496111869844004, Epsilon: 0.01) [ check_val ] .image com_bmin is 3.3034013416267314 ( Pass : should be 3.3033772209261785, Epsilon: 0.01) [ check_val ] .image com_pa is 86.47091235962127 ( Pass : should be 86.47054060326587, Epsilon: 0.01) [ check_val ] .image npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .image start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .image end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .image start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .image max_val is 3.193943977355957 ( Pass : should be 3.1939454078674316, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.3596940040588379 ( Pass : should be -0.3596886694431305, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.055886523227377465 ( Pass : should be 0.055886518611949515, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 2271.7535286111015 ( Pass : should be 2271.747356080856, Epsilon: 0.01) [ check_val ] .image regn_sum is 252.51129752397537 ( Pass : should be 252.51129265129566, Epsilon: 0.01) [ check_val ] .image npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image profile is 2.7224372795179703 ( Pass : should be 2.7224358130019817, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 489 ( Pass : should be 489, Exact: True ) [ check_val ] .image fit_loc_freq is 354.50497926661194 ( Pass : should be 354.50497926661194, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .mask freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .mask start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .mask end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .mask start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .mask mask_pix is 9638 ( Pass : should be 9642, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .pb start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .pb end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .pb start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20036059617996216 ( Pass : should be 0.20036059617996216, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5768409939097332 ( Pass : should be 0.576840993910233, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .pb fit_loc_freq is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .psf freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .psf start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .psf end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .psf start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16419218480587006 ( Pass : should be -0.16418913006782532, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.08711652977659327 ( Pass : should be 0.08711620311345131, Epsilon: 0.01) [ check_val ] .psf im_sum is 2742.970408249049 ( Pass : should be 2742.739240222416, Epsilon: 0.01) [ check_val ] .psf npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 354.44539427140006 ( Pass : should be 354.44539427140006, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 999 ( Pass : should be 999, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 354.5672504706244 ( Pass : should be 354.5672504706244, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .residual npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .residual start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .residual end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .residual start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .residual max_val is 0.318949818611145 ( Pass : should be 0.3189396262168884, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.3255248963832855 ( Pass : should be -0.32551121711730957, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.04650664739086004 ( Pass : should be 0.046506649333909536, Epsilon: 0.01) [ check_val ] .residual im_sum is 236.264639991882 ( Pass : should be 236.25628862426532, Epsilon: 0.01) [ check_val ] .residual regn_sum is 51.38782636448741 ( Pass : should be 51.38772555207834, Epsilon: 0.01) [ check_val ] .residual npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .model freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .model start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .model end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .model start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .model max_val is 1.3655279874801636 ( Pass : should be 1.3655270338058472, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.07263018935918808 ( Pass : should be -0.07262927293777466, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.001713472130451645 ( Pass : should be 0.001713471051900203, Epsilon: 0.01) [ check_val ] .model im_sum is 52.68623139895499 ( Pass : should be 52.686264319345355, Epsilon: 0.01) [ check_val ] .model regn_sum is 53.27632185444236 ( Pass : should be 53.27634758129716, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .sumwt npts is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1000.0 ( Pass : should be 1000.0, Exact: True ) [ check_val ] .sumwt freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .sumwt start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .sumwt end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .sumwt start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt max_val is 188.91464233398438 ( Pass : should be 188.91464233398438, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 188.6290283203125 ( Pass : should be 188.6290283203125, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 188.7680989666951 ( Pass : should be 188.7680989666951, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1000 ( Pass : should be 1000, Exact: True )

Mem Use: 49.484375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube_eph

test_standard_cube_eph_briggsbwtaper

_{Single field multi-EB ephemeris cube imaging with briggsbwtaper - field 21PGiacobini-Zinner, spw 20}

Elapsed Time: 168.3090317249298 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=True, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=False,restoringbeam='common',pbcor=False, weighting='briggsbwtaper',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,savemodel='none', parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=True, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common',pbcor=True, weighting='briggsbwtaper',robust=0.5,npixels=0,niter=30000, threshold='0.274Jy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube_eph_briggsbwtaper.iter1.image.moment8.png

standard_cube_eph_briggsbwtaper.iter1.image.moment8.png

standard_cube_eph_briggsbwtaper.iter1.residual.moment8.png

standard_cube_eph_briggsbwtaper.iter1.residual.moment8.png

standard_cube_eph_briggsbwtaper.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image : Mask is True at [40, 72, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image : Mask is False at [40, 73, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image : Mask is True at [8, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_briggsbwtaper.iter1.image : Mask is False at [7, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 4.5552710669761725 ( Pass : should be 4.555308268539054, Epsilon: 0.01) [ check_val ] .image com_bmin is 3.3660596881930385 ( Pass : should be 3.365998340500264, Epsilon: 0.01) [ check_val ] .image com_pa is 84.30373168885652 ( Pass : should be 84.3021528064608, Epsilon: 0.01) [ check_val ] .image npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .image start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .image end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .image start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .image max_val is 3.2901906967163086 ( Pass : should be 3.2901856899261475, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.3735823631286621 ( Pass : should be -0.3735768795013428, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.056903111458541475 ( Pass : should be 0.05690275351685566, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 2537.923472406465 ( Pass : should be 2537.922123380079, Epsilon: 0.01) [ check_val ] .image regn_sum is 268.8058363497257 ( Pass : should be 268.8044554442167, Epsilon: 0.01) [ check_val ] .image npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image profile is 2.806237135138251 ( Pass : should be 2.806226167884636, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 489 ( Pass : should be 489, Exact: True ) [ check_val ] .image fit_loc_freq is 354.50497926661194 ( Pass : should be 354.50497926661194, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .mask freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .mask start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .mask end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .mask start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .mask mask_pix is 9850 ( Pass : should be 9849, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .pb start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .pb end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .pb start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20036059617996216 ( Pass : should be 0.20036059617996216, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5768409939097332 ( Pass : should be 0.576840993910233, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .pb fit_loc_freq is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .psf freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .psf start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .psf end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .psf start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16458767652511597 ( Pass : should be -0.16458643972873688, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.08653698862544297 ( Pass : should be 0.086535984124565, Epsilon: 0.01) [ check_val ] .psf im_sum is 2855.705820241763 ( Pass : should be 2855.491490987678, Epsilon: 0.01) [ check_val ] .psf npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 354.44539427140006 ( Pass : should be 354.44539427140006, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 999 ( Pass : should be 999, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 354.5672504706244 ( Pass : should be 354.5672504706244, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .residual npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .residual start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .residual end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .residual start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .residual max_val is 0.32332390546798706 ( Pass : should be 0.32331418991088867, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.3310772776603699 ( Pass : should be -0.3310726284980774, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.046640862292537104 ( Pass : should be 0.046640536710825437, Epsilon: 0.01) [ check_val ] .residual im_sum is 331.0267561771371 ( Pass : should be 331.0392044886937, Epsilon: 0.01) [ check_val ] .residual regn_sum is 51.19247056078166 ( Pass : should be 51.19282157626003, Epsilon: 0.01) [ check_val ] .residual npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .model freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .model start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .model end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .model start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .model max_val is 1.4160727262496948 ( Pass : should be 1.4160760641098022, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.07062293589115143 ( Pass : should be -0.070622518658638, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0017559436052502005 ( Pass : should be 0.0017559473893058901, Epsilon: 0.01) [ check_val ] .model im_sum is 55.331113774329424 ( Pass : should be 55.33133029192686, Epsilon: 0.01) [ check_val ] .model regn_sum is 56.09696435928345 ( Pass : should be 56.097182389348745, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .sumwt npts is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1000.0 ( Pass : should be 1000.0, Exact: True ) [ check_val ] .sumwt freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .sumwt start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .sumwt end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .sumwt start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt max_val is 189.43081665039062 ( Pass : should be 189.43081665039062, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 189.3931427001953 ( Pass : should be 189.3931427001953, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 189.41376816459913 ( Pass : should be 189.41376816459913, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1000 ( Pass : should be 1000, Exact: True )

Mem Use: 0.140625 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube_eph_briggsbwtaper

test_standard_cube_eph_pcwdT

_{Single field multi-EB ephemeris cube imaging with pcwdT - field 21PGiacobini-Zinner, spw 20}

Elapsed Time: 167.33363676071167 Seconds

Status: PASS

Task Executions:

tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=True, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=False,restoringbeam='common',pbcor=False, weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,savemodel='none', parallel=self.parallel,verbose=True)
tclean(['2017.1.00750.T_tclean_exe1.ms', '2017.1.00750.T_tclean_exe2.ms'], field='21PGiacobini-Zinner', spw=['0', '0'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11','0,1,2,3,4,5,6,7,8,9'], scan=['7,11,15,19,23','8,12,16,20,24'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[80,80],cell=['0.66arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='cubesource', nchan=1000,start='354.4452721710GHz',width='0.1221004MHz',perchanweightdensity=True, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='hogbom', restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5,npixels=0,niter=30000, threshold='0.274Jy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.1,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube_eph_pcwdT.iter1.image.moment8.png

standard_cube_eph_pcwdT.iter1.image.moment8.png

standard_cube_eph_pcwdT.iter1.residual.moment8.png

standard_cube_eph_pcwdT.iter1.residual.moment8.png

standard_cube_eph_pcwdT.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image : Mask is True at [40, 72, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image : Mask is False at [40, 73, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image : Mask is True at [8, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_eph_pcwdT.iter1.image : Mask is False at [7, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 4.555299101214361 ( Pass : should be 4.555337133782812, Epsilon: 0.01) [ check_val ] .image com_bmin is 3.366230943089892 ( Pass : should be 3.366170346656177, Epsilon: 0.01) [ check_val ] .image com_pa is 84.30146026611328 ( Pass : should be 84.29991156839789, Epsilon: 0.01) [ check_val ] .image npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .image start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .image end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .image start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .image max_val is 3.293872833251953 ( Pass : should be 3.293868064880371, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.36657261848449707 ( Pass : should be -0.3665587902069092, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.05691238740505897 ( Pass : should be 0.05691195242659064, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is 2541.529938031838 ( Pass : should be 2541.550916265518, Epsilon: 0.01) [ check_val ] .image regn_sum is 269.46322302520275 ( Pass : should be 269.4618835449219, Epsilon: 0.01) [ check_val ] .image npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .image profile is 2.806908464777556 ( Pass : should be 2.806910952210095, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 489 ( Pass : should be 489, Exact: True ) [ check_val ] .image fit_loc_freq is 354.50497926661194 ( Pass : should be 354.50497926661194, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .mask freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .mask start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .mask end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .mask start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .mask mask_pix is 9856 ( Pass : should be 9852, Epsilon: 0.01) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .pb start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .pb end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .pb start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20036059617996216 ( Pass : should be 0.20036059617996216, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5768409939097332 ( Pass : should be 0.576840993910233, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .pb fit_loc_freq is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .psf freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .psf start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .psf end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .psf start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.16456112265586853 ( Pass : should be -0.16455988585948944, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.08653604194487421 ( Pass : should be 0.08653503618208624, Epsilon: 0.01) [ check_val ] .psf im_sum is 2858.034207424373 ( Pass : should be 2857.8199424562085, Epsilon: 0.01) [ check_val ] .psf npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 354.44539427140006 ( Pass : should be 354.44539427140006, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 500 ( Pass : should be 500, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 354.50632237101223 ( Pass : should be 354.50632237101223, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 999 ( Pass : should be 999, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 354.5672504706244 ( Pass : should be 354.5672504706244, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .residual npts_unmasked is 3233000.0 ( Pass : should be 3233000.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .residual start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .residual end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .residual start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .residual max_val is 0.32334306836128235 ( Pass : should be 0.3233320415019989, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.3440741002559662 ( Pass : should be -0.3440611958503723, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.04664126088905612 ( Pass : should be 0.04664051079977191, Epsilon: 0.01) [ check_val ] .residual im_sum is 331.1251603200037 ( Pass : should be 331.069520983562, Epsilon: 0.01) [ check_val ] .residual regn_sum is 51.19693061709404 ( Pass : should be 51.19770630635321, Epsilon: 0.01) [ check_val ] .residual npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .model npts_unmasked is 6400000.0 ( Pass : should be 6400000.0, Exact: True ) [ check_val ] .model freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .model start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .model end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .model start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .model max_val is 1.4161555767059326 ( Pass : should be 1.4161585569381714, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.07062626630067825 ( Pass : should be -0.07062584906816483, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0017563716206115264 ( Pass : should be 0.001756862244366767, Epsilon: 0.01) [ check_val ] .model im_sum is 55.41591217555106 ( Pass : should be 55.41836966946721, Epsilon: 0.01) [ check_val ] .model regn_sum is 56.154165448620915 ( Pass : should be 56.15662528015673, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 6400000 ( Pass : should be 6400000, Exact: True ) [ check_val ] .sumwt npts is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1000.0 ( Pass : should be 1000.0, Exact: True ) [ check_val ] .sumwt freq_bin is 122100.40002441406 ( Pass : should be 122100.40002441406, Epsilon: 1e-10) [ check_val ] .sumwt start is 354445000000.0 ( Pass : should be 354445000000.0, Exact: True ) [ check_val ] .sumwt end is 354567300000.0 ( Pass : should be 354567300000.0, Exact: True ) [ check_val ] .sumwt start_delta is 354445000000.0 ( Pass : should be 354445000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 354567300000.0 ( Pass : should be 354567300000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1000 ( Pass : should be 1000, Exact: True ) [ check_val ] .sumwt max_val is 189.37228393554688 ( Pass : should be 189.37228393554688, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 189.3345947265625 ( Pass : should be 189.3345947265625, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 189.35522518453905 ( Pass : should be 189.35522518453905, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1000 ( Pass : should be 1000, Exact: True )

Mem Use: 0.40234375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube_eph_pcwdT

test_standard_cube_pcwdT

_{Standard (single field) cube imaging with pcwdT and briggs - central field of SMIDGE_NWCloud (field 3), spw 22}

Elapsed Time: 58.4507257938385 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'0', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS',' 00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',pblimit=0.2,perchanweightdensity=True, gridder='standard',mosweight=False, deconvolver='hogbom',usepointing=False,restoration=False, pbcor=False,weighting='briggs',restoringbeam='common', robust=0.5,npixels=0,niter=0,threshold='0.0mJy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00034.S_tclean.ms, imagename=file_name+'1', field='1', spw=['0'],imsize=[80,80],antenna=['0,1,2,3,4,5,6,7,8'], scan=['8,12,16'],intent='OBSERVE_TARGET#ON_SOURCE', datacolumn='data',cell=['1.1arcsec'],phasecenter='ICRS ','00:45:54.3836 -073.15.29.413',stokes='I',specmode='cube', nchan=508,start='220.2526743594GHz',width='0.2441741MHz', outframe='LSRK',perchanweightdensity=True, usepointing=False,pblimit=0.2,nsigma=0.0, gridder='standard',mosweight=False, deconvolver='hogbom',restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5,npixels=0,niter=20000, threshold='0.354Jy',usemask='auto','-multithresh',sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0, minbeamfrac=0.08,growiterations=75,dogrowprune=True, minpercentchange=1.0,fastnoise=False,restart=True, calcres=False,calcpsf=False,savemodel='none', parallel=self.parallel,verbose=True)

images:

standard_cube_pcwdT.iter1.image.moment8.png

standard_cube_pcwdT.iter1.image.moment8.png

standard_cube_pcwdT.iter1.residual.moment8.png

standard_cube_pcwdT.iter1.residual.moment8.png

standard_cube_pcwdT.iter1.image.profile.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image : Mask is True at [40, 70, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image : Mask is False at [40, 71, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image : Mask is True at [10, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_cube_pcwdT.iter1.image : Mask is False at [9, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 8.814631597947363 ( Pass : should be 8.814602965342319, Epsilon: 0.01) [ check_val ] .image com_bmin is 6.20620011689196 ( Pass : should be 6.206190071773739, Epsilon: 0.01) [ check_val ] .image com_pa is 66.7115156914198 ( Pass : should be 66.71102881167695, Epsilon: 0.01) [ check_val ] .image npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .image freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .image start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .image end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .image start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .image nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image max_val is 1.0721590518951416 ( Pass : should be 1.0721781253814697, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.6544815897941589 ( Pass : should be -0.6544958353042603, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.14171908574865943 ( Pass : should be 0.1417189969049196, Epsilon: 0.01) [ check_val ] .image rms_per_chan is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_sum is -25.761819310381867 ( Pass : should be -25.784847760371548, Epsilon: 0.01) [ check_val ] .image regn_sum is 73.32126605138183 ( Pass : should be 73.32121007144451, Epsilon: 0.01) [ check_val ] .image npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .image profile is 0.9989830960431529 ( Pass : should be 0.9989975377104944, Epsilon: 0.01) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .image fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .mask freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .mask start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .mask end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .mask start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .mask mask_pix is 925 ( Pass : should be 925, Epsilon: 0.01) [ check_val ] .mask mask_regns is 2 ( Pass : should be 2, Exact: True ) [ check_val ] .mask npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .pb freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .pb start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .pb end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .pb start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20089669525623322 ( Pass : should be 0.20089669525623322, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5782380936696041 ( Pass : should be 0.5782380936695958, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_0.5 is True ( Pass : should be True, Exact: True ) [ check_val ] .pb npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .pb fit_loc_freq is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .psf freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .psf start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .psf end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .psf start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.20377308130264282 ( Pass : should be -0.2037811130285263, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.13685851708091717 ( Pass : should be 0.13685870644179274, Epsilon: 0.01) [ check_val ] .psf im_sum is 6928.415025278466 ( Pass : should be 6929.015781511987, Epsilon: 0.01) [ check_val ] .psf npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .psf fit_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_0 is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf fit_loc_freq_0 is 220.2529185335 ( Pass : should be 220.2529185335, Epsilon: 1e-10) [ check_val ] .psf fit_pix_0 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_1 is 254 ( Pass : should be 254, Exact: True ) [ check_val ] .psf fit_loc_freq_1 is 220.31469458079383 ( Pass : should be 220.31469458079383, Epsilon: 1e-10) [ check_val ] .psf fit_pix_1 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan_2 is 507 ( Pass : should be 507, Exact: True ) [ check_val ] .psf fit_loc_freq_2 is 220.37647062808767 ( Pass : should be 220.37647062808767, Epsilon: 1e-10) [ check_val ] .psf fit_pix_2 is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .residual npts_unmasked is 1522476.0 ( Pass : should be 1522476.0, Epsilon: 0.01) [ check_val ] .residual freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .residual start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .residual end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .residual start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .residual max_val is 0.8373163342475891 ( Pass : should be 0.8373207449913025, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -0.6544815897941589 ( Pass : should be -0.6544958353042603, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.14157342342384754 ( Pass : should be 0.14157333436045208, Epsilon: 0.01) [ check_val ] .residual im_sum is -110.86583865750188 ( Pass : should be -110.88880667924738, Epsilon: 0.01) [ check_val ] .residual regn_sum is 33.61695672664791 ( Pass : should be 33.618323663948104, Epsilon: 0.01) [ check_val ] .residual npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .model npts_unmasked is 3251200.0 ( Pass : should be 3251200.0, Exact: True ) [ check_val ] .model freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .model start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .model end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .model start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .model nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .model max_val is 0.5203444361686707 ( Pass : should be 0.5203386545181274, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is -0.03937874734401703 ( Pass : should be -0.03937779739499092, Epsilon: 0.01) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0004073718003866529 ( Pass : should be 0.0004073724174074555, Epsilon: 0.01) [ check_val ] .model im_sum is 1.6612732708454132 ( Pass : should be 1.6612802222371101, Epsilon: 0.01) [ check_val ] .model regn_sum is 1.6987746469676495 ( Pass : should be 1.6987815089523792, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 3251200 ( Pass : should be 3251200, Exact: True ) [ check_val ] .sumwt npts is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt npts_unmasked is 508.0 ( Pass : should be 508.0, Exact: True ) [ check_val ] .sumwt freq_bin is 244174.09997558594 ( Pass : should be 244174.09997558594, Epsilon: 1e-10) [ check_val ] .sumwt start is 220252700000.0 ( Pass : should be 220252700000.0, Exact: True ) [ check_val ] .sumwt end is 220376500000.0 ( Pass : should be 220376500000.0, Exact: True ) [ check_val ] .sumwt start_delta is 220252700000.0 ( Pass : should be 220252700000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 220376500000.0 ( Pass : should be 220376500000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .sumwt max_val is 16.910512924194336 ( Pass : should be 16.910512924194336, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 16.910512924194336 ( Pass : should be 16.910512924194336, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 16.910513123544256 ( Pass : should be 16.910513123544256, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 508 ( Pass : should be 508, Exact: True ) [ check_val ] .image bmin chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image bmaj chan508 is True ( Pass : should be True, Exact: True ) [ check_val ] .image pa chan508 is True ( Pass : should be True, Exact: True )

Mem Use: -24.0 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_cube_pcwdT

test_standard_mfs

_{Standard (single field) MFS imaging - central field of NGC5363 (field 2), spw 16 & 22}

Elapsed Time: 83.66492080688477 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00020.S_tclean.ms, field='2', spw=['0:113.893653412~','114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',stokes='I',imsize=[80,80], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',nterms=2,restoration=False, restoringbeam='common',pbcor=False,weighting='briggs', robust=0.5,npixels=0,niter=0,threshold='0.0mJy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00020.S_tclean.ms, field='2', spw=['0:113.893653412~','114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',stokes='I',imsize=[80,80], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',nterms=2,restoration=True, restoringbeam='common',pbcor=True,weighting='briggs', robust=0.5,npixels=0,niter=30000,threshold='0.00723Jy', nsigma=0.0,usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,restart=True,calcres=False,calcpsf=False, savemodel='none',parallel=self.parallel,verbose=True)

images:

standard_mfs.iter1.image.moment8.png

standard_mfs.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image : Mask is True at [40, 74, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image : Mask is False at [40, 75, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image : Mask is True at [6, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs.iter1.image : Mask is False at [5, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 17.84182357788086 ( Pass : should be 17.8415584564209, Epsilon: 0.01) [ check_val ] .image com_bmin is 10.329047203063965 ( Pass : should be 10.3130340576, Epsilon: 0.01) [ check_val ] .image com_pa is 86.09393310546875 ( Pass : should be 86.4390563965, Epsilon: 0.01) [ check_val ] .image npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .image npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .image freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .image start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 0.03620603680610657 ( Pass : should be 0.03620968014, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -0.002540093380957842 ( Pass : should be -0.0025309077464, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.0031594506858034876 ( Pass : should be 0.00317099023963, Epsilon: 0.01) [ check_val ] .image im_sum is 1.710369481487529 ( Pass : should be 1.72629247889, Epsilon: 0.01) [ check_val ] .image regn_sum is 1.6936828376492485 ( Pass : should be 1.70480877149, Epsilon: 0.01) [ check_val ] .image npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .image fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .image fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .image fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .mask freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .mask start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 330 ( Pass : should be 330, Exact: True ) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .pb freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .pb start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20089669525623322 ( Pass : should be 0.200896695256, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.5776295402426698 ( Pass : should be 0.577629540243, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 3793 ( Pass : should be 3793, Exact: True ) [ check_val ] .pb npts_0.5 is 1813 ( Pass : should be 1813, Exact: True ) [ check_val ] .pb npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .psf npts_unmasked is 6400.0 ( Pass : should be 6400.0, Exact: True ) [ check_val ] .psf freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .psf start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.17088381946086884 ( Pass : should be -0.170876815915, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.1117536050115745 ( Pass : should be 0.111753598174, Epsilon: 0.01) [ check_val ] .psf im_sum is 13.432306129420795 ( Pass : should be 13.4319936319, Epsilon: 0.01) [ check_val ] .psf npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .resid npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .resid npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .resid freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .resid start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .resid end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .resid start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .resid end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .resid nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .resid max_val is 0.006801287177950144 ( Pass : should be 0.00680131698027, Epsilon: 0.01) [ check_val ] .resid max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .resid min_val is -0.002678539603948593 ( Pass : should be -0.00267856917344, Epsilon: 0.01) [ check_val ] .resid min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .resid im_rms is 0.0011995820785517676 ( Pass : should be 0.00119958416595, Epsilon: 0.01) [ check_val ] .resid im_sum is 0.16769493326935603 ( Pass : should be 0.167713507041, Epsilon: 0.01) [ check_val ] .resid regn_sum is 0.2639262244792917 ( Pass : should be 0.263926472682, Epsilon: 0.01) [ check_val ] .resid npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model npts_unmasked is 6400.0 ( Pass : should be 6400.0, Exact: True ) [ check_val ] .model freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .model start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.025321224704384804 ( Pass : should be 0.0253213085234, Epsilon: 0.01) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0003209006851353075 ( Pass : should be 0.000320901735817, Epsilon: 0.01) [ check_val ] .model im_sum is 0.029550879262387753 ( Pass : should be 0.0295509714633, Epsilon: 0.01) [ check_val ] .model regn_sum is 0.029550879262387753 ( Pass : should be 0.0295509714633, Epsilon: 0.01) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .sumwt start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 600391.125 ( Pass : should be 600389.9375, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 600391.125 ( Pass : should be 600389.9375, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 600391.1190282548 ( Pass : should be 600389.945605354, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.17578125 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_mfs

test_standard_mfs_eph

_{Standard (single field) ephemeris mfs imaging - central field of Venus (field 2), spw 25 & 45}

Elapsed Time: 74.50228023529053 Seconds

Status: PASS

Task Executions:

tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[288,288],cell=['0.14arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=False,restoringbeam='common', pbcor=False,weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[288,288],cell=['0.14arcsec'], phasecenter='TRACKFIELD',stokes='I',specmode='mfs',nchan=-1, perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='hogbom',restoration=True,restoringbeam='common', pbcor=True,weighting='briggs',robust=0.5,npixels=0, niter=7000000,threshold='0.0316Jy',nsigma=0.0, usemask='auto-multithresh',sidelobethreshold=2.0, noisethreshold=4.25,lownoisethreshold=1.5, negativethreshold=0.0,minbeamfrac=0.3,growiterations=75, dogrowprune=True,minpercentchange=1.0,fastnoise=False, restart=True,calcres=False,calcpsf=False, savemodel='none',parallel=self.parallel,verbose=True)

images:

standard_mfs_eph.iter1.image.moment8.png

standard_mfs_eph.iter1.image.moment8.png

standard_mfs_eph.iter1.residual.moment8.png

standard_mfs_eph.iter1.residual.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.psf', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.residual', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.pb', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.model', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.sumwt'] = [True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image : Mask is True at [144, 266, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image : Mask is False at [144, 267, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image : Mask is True at [22, 145, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mfs_eph.iter1.image : Mask is False at [21, 145, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.8800249099731445 ( Pass : should be 0.875946879387, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.6755353212356567 ( Pass : should be 0.673672378063, Epsilon: 0.01) [ check_val ] .image com_pa is 88.42528533935547 ( Pass : should be 88.5368652344, Epsilon: 0.01) [ check_val ] .image npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .image npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .image freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .image start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 1.0311665534973145 ( Pass : should be 1.03113353252, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -1.0179722309112549 ( Pass : should be -1.01794064045, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.3593669263939748 ( Pass : should be 0.359352011299, Epsilon: 0.01) [ check_val ] .image im_sum is -1490.9683634949702 ( Pass : should be -1491.198136, Epsilon: 0.01) [ check_val ] .image regn_sum is 3364.46716491364 ( Pass : should be 3362.95355159, Epsilon: 0.01) [ check_val ] .image npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .mask start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask mask_regns is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .pb freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .pb start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20006176829338074 ( Pass : should be 0.200061768293, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.569424127539689 ( Pass : should be 0.569403001285, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 47325 ( Pass : should be 47329, Epsilon: 0.0001) [ check_val ] .pb npts_0.5 is 22362 ( Pass : should be 22365, Epsilon: 0.00015) [ check_val ] .pb npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf npts_unmasked is 82944.0 ( Pass : should be 82944.0, Epsilon: 0.0001) [ check_val ] .psf freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .psf start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.06099776178598404 ( Pass : should be -0.0609973631799, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.019837947802450476 ( Pass : should be 0.019837926364, Epsilon: 0.01) [ check_val ] .psf im_sum is 16.339549173328123 ( Pass : should be 16.3427572285, Epsilon: 0.01) [ check_val ] .psf npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .residual npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .residual freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .residual start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 1.0311665534973145 ( Pass : should be 1.03113353252, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -1.0179722309112549 ( Pass : should be -1.01794064045, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.3593669263939748 ( Pass : should be 0.359352011299, Epsilon: 0.01) [ check_val ] .residual im_sum is -1490.9683634949702 ( Pass : should be -1491.198136, Epsilon: 0.01) [ check_val ] .residual regn_sum is 3364.46716491364 ( Pass : should be 3362.95355159, Epsilon: 0.01) [ check_val ] .residual npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts_unmasked is 82944.0 ( Pass : should be 82944.0, Epsilon: 0.0001) [ check_val ] .model freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .model start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .sumwt start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 4348006.5 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 4348006.5 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 4348006.495259178 ( Pass : should be 4347974.9028604105, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.15234375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_mfs_eph

test_standard_mtmfs

_{Single field mtmfs imaging - central field of NGC5363 (field 2), spw 16 & 22}

Elapsed Time: 110.6153826713562 Seconds

Status: PASS

Task Executions:

tclean(E2E6.1.00020.S_tclean.ms, field='2', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',stokes='I',imsize=[80,80], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='mtmfs',nterms=2,restoration=False, restoringbeam='common',pbcor=False,weighting='briggs', robust=0.5,npixels=0,niter=0,threshold='0.0mJy',nsigma=0.0, usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(E2E6.1.00020.S_tclean.ms, field='2', spw=['0:113.893653412','~114.629981537GHz;114.8809581~115.758887787GHz,1:99.90983902','~100.494799957GHz;100.68327652~101.77312027GHz'], antenna=['0,1,2,3,4,5,6,7,8'],scan=['6,9'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',stokes='I',imsize=[80,80], cell=['2arcsec'],phasecenter='ICRS 13:56:07.2100 ','+005.15.17.200',specmode='mfs',nchan=-1,outframe='LSRK', perchanweightdensity=False,gridder='standard', mosweight=False,usepointing=False,pblimit=0.2, deconvolver='mtmfs',nterms=2,restoration=True, restoringbeam='common',pbcor=True,weighting='briggs', robust=0.5,npixels=0,niter=30000,threshold='0.00723Jy', nsigma=0.0,usemask='auto-multithresh', sidelobethreshold=1.25,noisethreshold=5.0, lownoisethreshold=2.0,negativethreshold=0.0,minbeamfrac=0.1, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,restart=True,calcres=False,calcpsf=False, savemodel='none',parallel=self.parallel,verbose=True)

images:

standard_mtmfs.iter1.image.tt0.moment8.png

standard_mtmfs.iter1.image.tt0.moment8.png

standard_mtmfs.iter1.residual.tt0.moment8.png

standard_mtmfs.iter1.residual.tt0.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.alpha', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.alpha.error', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.psf.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.psf.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.psf.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.residual.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.residual.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt1.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.pb.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.model.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.model.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.sumwt.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.sumwt.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.sumwt.tt2'] = [True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0 : Mask is True at [40, 74, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0 : Mask is False at [40, 75, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0 : Mask is True at [6, 40, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs.iter1.image.tt0 : Mask is False at [5, 40, 0, 0] ( Pass : should be False ) [ check_val ] .image.tt0 com_bmaj is 17.84182357788086 ( Pass : should be 17.8415584564209, Epsilon: 0.01) [ check_val ] .image.tt0 com_bmin is 10.329047203063965 ( Pass : should be 10.3130340576, Epsilon: 0.01) [ check_val ] .image.tt0 com_pa is 86.09393310546875 ( Pass : should be 86.4390563965, Epsilon: 0.01) [ check_val ] .image.tt0 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .image.tt0 npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .image.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .image.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt0 max_val is 0.03758282959461212 ( Pass : should be 0.0375871770084, Epsilon: 0.01) [ check_val ] .image.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 min_val is -0.004822630900889635 ( Pass : should be -0.00482273893431, Epsilon: 0.01) [ check_val ] .image.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 im_rms is 0.0034071488133086652 ( Pass : should be 0.00341862729159, Epsilon: 0.01) [ check_val ] .image.tt0 im_sum is 1.8054947240643742 ( Pass : should be 1.82207041922, Epsilon: 0.01) [ check_val ] .image.tt0 regn_sum is 1.7630189459305257 ( Pass : should be 1.7745978582, Epsilon: 0.01) [ check_val ] .image.tt0 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .image.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .image.tt0 fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .image.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .mask npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .mask freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .mask start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .mask start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 330 ( Pass : should be 330, Exact: True ) [ check_val ] .mask mask_regns is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb.tt0 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb.tt0 npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .pb.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .pb.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .pb.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .pb.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 min_val is 0.20089669525623322 ( Pass : should be 0.200896695256, Epsilon: 0.01) [ check_val ] .pb.tt0 im_rms is 0.5776295402426698 ( Pass : should be 0.577629540243, Epsilon: 0.01) [ check_val ] .pb.tt0 npts_0.2 is 3793 ( Pass : should be 3793, Exact: True ) [ check_val ] .pb.tt0 npts_0.5 is 1813 ( Pass : should be 1813, Exact: True ) [ check_val ] .pb.tt0 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .pb.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb.tt0 fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .pb.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .psf.tt0 npts_unmasked is 6400.0 ( Pass : should be 6400.0, Exact: True ) [ check_val ] .psf.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .psf.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .psf.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .psf.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf.tt0 max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 min_val is -0.17088381946086884 ( Pass : should be -0.170876815915, Epsilon: 0.01) [ check_val ] .psf.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 im_rms is 0.1117536050115745 ( Pass : should be 0.111753598174, Epsilon: 0.01) [ check_val ] .psf.tt0 im_sum is 13.432306129420795 ( Pass : should be 13.4319936319, Epsilon: 0.01) [ check_val ] .psf.tt0 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .psf.tt0 fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf.tt0 fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf.tt0 fit_loc_freq is 107.84024497577988 ( Pass : should be 107.84024497577988, Epsilon: 1e-10) [ check_val ] .psf.tt0 fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .residual.tt0 npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .residual.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .residual.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt0 max_val is 0.006814638618379831 ( Pass : should be 0.00681467074901, Epsilon: 0.01) [ check_val ] .residual.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 min_val is -0.0026949241291731596 ( Pass : should be -0.00269495742396, Epsilon: 0.01) [ check_val ] .residual.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt0 im_rms is 0.0012117341334229798 ( Pass : should be 0.00121173651371, Epsilon: 0.01) [ check_val ] .residual.tt0 im_sum is 0.14643160155971913 ( Pass : should be 0.146450882651, Epsilon: 0.01) [ check_val ] .residual.tt0 regn_sum is 0.27977687838870224 ( Pass : should be 0.279778897976, Epsilon: 0.01) [ check_val ] .residual.tt0 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model.tt0 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model.tt0 npts_unmasked is 6400.0 ( Pass : should be 6400.0, Exact: True ) [ check_val ] .model.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .model.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt0 max_val is 0.025783751159906387 ( Pass : should be 0.0257838927209, Epsilon: 0.01) [ check_val ] .model.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt0 im_rms is 0.0003282304631209926 ( Pass : should be 0.000328232262345, Epsilon: 0.01) [ check_val ] .model.tt0 im_sum is 0.03075403207913041 ( Pass : should be 0.0307541997172, Epsilon: 0.01) [ check_val ] .model.tt0 regn_sum is 0.03075403207913041 ( Pass : should be 0.0307541997172, Epsilon: 0.01) [ check_val ] .model.tt0 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt0 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .sumwt.tt0 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt.tt0 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .sumwt.tt0 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt0 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt0 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt0 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt0 max_val is 600391.125 ( Pass : should be 600389.9375, Epsilon: 0.01) [ check_val ] .sumwt.tt0 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 min_val is 600391.125 ( Pass : should be 600389.9375, Epsilon: 0.01) [ check_val ] .sumwt.tt0 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt0 im_rms is 600391.1190282548 ( Pass : should be 600389.945605354, Epsilon: 0.01) [ check_val ] .sumwt.tt0 npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 com_bmaj is 17.84182357788086 ( Pass : should be 17.8415584564209, Epsilon: 0.01) [ check_val ] .image.tt1 com_bmin is 10.329047203063965 ( Pass : should be 10.3130340576, Epsilon: 0.01) [ check_val ] .image.tt1 com_pa is 86.09393310546875 ( Pass : should be 86.4390563965, Epsilon: 0.01) [ check_val ] .image.tt1 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .image.tt1 npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .image.tt1 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .image.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .image.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 max_val is 0.07281596958637238 ( Pass : should be 0.072932086885, Epsilon: 0.01) [ check_val ] .image.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 min_val is -0.07715341448783875 ( Pass : should be -0.0771512910724, Epsilon: 0.01) [ check_val ] .image.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 im_rms is 0.022250140308818202 ( Pass : should be 0.0222513486701, Epsilon: 0.01) [ check_val ] .image.tt1 im_sum is 3.5882441188043686 ( Pass : should be 3.60833236173, Epsilon: 0.01) [ check_val ] .image.tt1 regn_sum is 1.7041465768124908 ( Pass : should be 1.71812647558, Epsilon: 0.01) [ check_val ] .image.tt1 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .residual.tt1 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .residual.tt1 npts_unmasked is 3793.0 ( Pass : should be 3793.0, Exact: True ) [ check_val ] .residual.tt1 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .residual.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .residual.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt1 max_val is 0.00020507820590864867 ( Pass : should be 0.000205082003959, Epsilon: 0.01) [ check_val ] .residual.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 min_val is -0.00026111671468243003 ( Pass : should be -0.000261118228082, Epsilon: 0.01) [ check_val ] .residual.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 im_rms is 7.21056224504107e-05 ( Pass : should be 7.21058902237e-05, Epsilon: 0.01) [ check_val ] .residual.tt1 im_sum is 0.0005106950463691362 ( Pass : should be 0.000510152031676, Epsilon: 0.01) [ check_val ] .residual.tt1 regn_sum is -0.007728433065096851 ( Pass : should be -0.0077287665232, Epsilon: 0.01) [ check_val ] .residual.tt1 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model.tt1 npts is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .model.tt1 npts_unmasked is 6400.0 ( Pass : should be 6400.0, Exact: True ) [ check_val ] .model.tt1 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .model.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .model.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt1 max_val is 0.02821032516658306 ( Pass : should be 0.0282121878117, Epsilon: 0.01) [ check_val ] .model.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 im_rms is 0.00036951666701204593 ( Pass : should be 0.000369540677759, Epsilon: 0.01) [ check_val ] .model.tt1 im_sum is 0.03704491537064314 ( Pass : should be 0.0370472576469, Epsilon: 0.01) [ check_val ] .model.tt1 regn_sum is 0.03704491537064314 ( Pass : should be 0.0370472576469, Epsilon: 0.01) [ check_val ] .model.tt1 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt1 npts_real is 6400 ( Pass : should be 6400, Exact: True ) [ check_val ] .sumwt.tt1 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 npts_unmasked is 1.0 ( Pass : should be 1.0, Exact: True ) [ check_val ] .sumwt.tt1 freq_bin is 15849921197.895538 ( Pass : should be 15849921197.895538, Epsilon: 1e-10) [ check_val ] .sumwt.tt1 start is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt1 end is 107840000000.0 ( Pass : should be 107840000000.0, Exact: True ) [ check_val ] .sumwt.tt1 start_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 end_delta is 107840000000.0 ( Pass : should be 107840000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 max_val is -19444.791015625 ( Pass : should be -19444.75390625, Epsilon: 0.01) [ check_val ] .sumwt.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 min_val is -19444.791015625 ( Pass : should be -19444.75390625, Epsilon: 0.01) [ check_val ] .sumwt.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 im_rms is 19444.791179130723 ( Pass : should be 19444.754151184323, Epsilon: 0.01) [ check_val ] .sumwt.tt1 npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.62109375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_mtmfs

test_standard_mtmfs_eph

_{Standard (single field) ephemeris mtmfs imaging - central field of Venus (field 2), spw 25 & 45}

Elapsed Time: 119.44274997711182 Seconds

Status: PASS

Task Executions:

tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'0',imsize=[288,288],nterms=2, cell=['0.14arcsec'],phasecenter='TRACKFIELD',stokes='I', specmode='mfs',nchan=-1,perchanweightdensity=False, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='mtmfs', restoration=False,restoringbeam='common',pbcor=False, weighting='briggs',robust=0.5,npixels=0,niter=0, threshold='0.0mJy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,savemodel='none',parallel=self.parallel,verbose=True)
tclean(2018.1.00879.S_tclean.ms, field='0', spw=['0:245.220516619','~245.273983416GHz,1:261.752937691~261.774177925GHz;261.783699409','~261.837898628GHz;261.958504097~261.984871284GHz'], antenna=['0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,','21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,','41,42,43,44,45,46'],scan=['7,11'], intent='OBSERVE_TARGET#ON_SOURCE',datacolumn='data', imagename=file_name+'1',imsize=[288,288],nterms=2, cell=['0.14arcsec'],phasecenter='TRACKFIELD',stokes='I', specmode='mfs',nchan=-1,perchanweightdensity=False, gridder='standard',mosweight=False, usepointing=False,pblimit=0.2,deconvolver='mtmfs', restoration=True,restoringbeam='common',pbcor=True, weighting='briggs',robust=0.5,npixels=0,niter=7000000, threshold='0.0316Jy',nsigma=0.0,usemask='auto','-multithresh',sidelobethreshold=2.0,noisethreshold=4.25, lownoisethreshold=1.5,negativethreshold=0.0,minbeamfrac=0.3, growiterations=75,dogrowprune=True,minpercentchange=1.0, fastnoise=False,restart=True,calcres=False,calcpsf=False, savemodel='none',parallel=self.parallel,verbose=True)

images:

standard_mtmfs_eph.iter1.image.tt0.moment8.png

standard_mtmfs_eph.iter1.image.tt0.moment8.png

standard_mtmfs_eph.iter1.residual.tt0.moment8.png

standard_mtmfs_eph.iter1.residual.tt0.moment8.png

Serial Mode: MPI Environment Not Enabled

Number of processors available in the system: 24

self.parallel: True

report: [ checkall ] [ check_ims ] Image made : ['/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.alpha', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.alpha.error', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.psf.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.psf.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.psf.tt2', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.residual.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.residual.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt1.pbcor', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.mask', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.pb.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.model.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.model.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.sumwt.tt0', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.sumwt.tt1', '/export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.sumwt.tt2'] = [True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True, True] ( Pass : should all be True ) All expected keywords in imageinfo, miscinfo, and coords found. (check_keywords) [check_history] All expected history entries found. (Pass) [ checkall ] [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0 : Mask is True at [144, 266, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0 : Mask is False at [144, 267, 0, 0] ( Pass : should be False ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0 : Mask is True at [22, 145, 0, 0] ( Pass : should be True ) [ check_pixmask ] /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/test_stk_alma_pipeline_imaging/standard_mtmfs_eph.iter1.image.tt0 : Mask is False at [21, 145, 0, 0] ( Pass : should be False ) [ check_val ] .image com_bmaj is 0.8800249099731445 ( Pass : should be 0.875946879387, Epsilon: 0.01) [ check_val ] .image com_bmin is 0.6755353212356567 ( Pass : should be 0.673672378063, Epsilon: 0.01) [ check_val ] .image com_pa is 88.42528533935547 ( Pass : should be 88.5368652344, Epsilon: 0.01) [ check_val ] .image npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .image npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .image freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .image start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image max_val is 1.0151911973953247 ( Pass : should be 1.01515197754, Epsilon: 0.01) [ check_val ] .image max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image min_val is -1.0136457681655884 ( Pass : should be -1.01363253593, Epsilon: 0.01) [ check_val ] .image min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image im_rms is 0.361678806925601 ( Pass : should be 0.361662708984, Epsilon: 0.01) [ check_val ] .image im_sum is -1558.1245843024371 ( Pass : should be -1558.29916138, Epsilon: 0.01) [ check_val ] .image regn_sum is 3390.1285726004135 ( Pass : should be 3388.5723138, Epsilon: 0.01) [ check_val ] .image npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .mask freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .mask start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .mask start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .mask nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .mask mask_pix is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask mask_regns is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .mask npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .pb freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .pb start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .pb start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .pb nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .pb max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .pb max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .pb min_val is 0.20006176829338074 ( Pass : should be 0.200061768293, Epsilon: 0.01) [ check_val ] .pb im_rms is 0.569424127539689 ( Pass : should be 0.569403001285, Epsilon: 0.01) [ check_val ] .pb npts_0.2 is 47325 ( Pass : should be 47329, Epsilon: 0.0001) [ check_val ] .pb npts_0.5 is 22362 ( Pass : should be 22365, Epsilon: 0.00015) [ check_val ] .pb npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .pb fit is True ( Pass : should be True, Exact: True ) [ check_val ] .pb fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .pb fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 1e-10) [ check_val ] .pb fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .psf npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf npts_unmasked is 82944.0 ( Pass : should be 82944.0, Epsilon: 0.0001) [ check_val ] .psf freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .psf start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .psf start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .psf nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .psf max_val is 1.0 ( Pass : should be 1.0, Epsilon: 0.01) [ check_val ] .psf max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf min_val is -0.06099776178598404 ( Pass : should be -0.0609973631799, Epsilon: 0.01) [ check_val ] .psf min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .psf im_rms is 0.019837947802450476 ( Pass : should be 0.019837926364, Epsilon: 0.01) [ check_val ] .psf im_sum is 16.339549173328123 ( Pass : should be 16.3427572285, Epsilon: 0.01) [ check_val ] .psf npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .psf fit is True ( Pass : should be True, Exact: True ) [ check_val ] .psf fit_loc_chan is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .psf fit_loc_freq is 253.5744222159389 ( Pass : should be 253.57442221593894, Epsilon: 1e-10) [ check_val ] .psf fit_pix is True ( Pass : should be True, Exact: True ) [ check_val ] .residual npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .residual npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .residual freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .residual start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual max_val is 1.0311665534973145 ( Pass : should be 1.03113353252, Epsilon: 0.01) [ check_val ] .residual max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual min_val is -1.0179722309112549 ( Pass : should be -1.01794064045, Epsilon: 0.01) [ check_val ] .residual min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual im_rms is 0.3593669263939748 ( Pass : should be 0.359352011299, Epsilon: 0.01) [ check_val ] .residual im_sum is -1490.9683634949702 ( Pass : should be -1491.198136, Epsilon: 0.01) [ check_val ] .residual regn_sum is 3364.46716491364 ( Pass : should be 3362.95355159, Epsilon: 0.01) [ check_val ] .residual npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model npts_unmasked is 82944.0 ( Pass : should be 82944.0, Epsilon: 0.0001) [ check_val ] .model freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .model start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .sumwt npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .sumwt start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt max_val is 4348006.5 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt min_val is 4348006.5 ( Pass : should be 4347975.0, Epsilon: 0.01) [ check_val ] .sumwt min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt im_rms is 4348006.495259178 ( Pass : should be 4347974.9028604105, Epsilon: 0.01) [ check_val ] .sumwt npts_real is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 com_bmaj is 0.8800249099731445 ( Pass : should be 0.875946879387, Epsilon: 0.01) [ check_val ] .image.tt1 com_bmin is 0.6755353212356567 ( Pass : should be 0.673672378063, Epsilon: 0.01) [ check_val ] .image.tt1 com_pa is 88.42528533935547 ( Pass : should be 88.5368652344, Epsilon: 0.01) [ check_val ] .image.tt1 npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .image.tt1 npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .image.tt1 freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .image.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .image.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .image.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .image.tt1 max_val is 13.691123962402344 ( Pass : should be 13.6926994324, Epsilon: 0.01) [ check_val ] .image.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 min_val is -9.34350299835205 ( Pass : should be -9.34282302856, Epsilon: 0.01) [ check_val ] .image.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .image.tt1 im_rms is 2.9229211391965104 ( Pass : should be 2.9229102716, Epsilon: 0.01) [ check_val ] .image.tt1 im_sum is 8113.065156700788 ( Pass : should be 8106.40348176, Epsilon: 0.01) [ check_val ] .image.tt1 regn_sum is -3100.0677542791236 ( Pass : should be -3094.95175185, Epsilon: 0.01) [ check_val ] .image.tt1 npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .residual.tt1 npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .residual.tt1 npts_unmasked is 47325.0 ( Pass : should be 47329.0, Epsilon: 0.0001) [ check_val ] .residual.tt1 freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .residual.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .residual.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .residual.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .residual.tt1 max_val is 0.01255973894149065 ( Pass : should be 0.0125599103048, Epsilon: 0.01) [ check_val ] .residual.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 min_val is -0.010884790681302547 ( Pass : should be -0.0108835268766, Epsilon: 0.01) [ check_val ] .residual.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .residual.tt1 im_rms is 0.004035234506373713 ( Pass : should be 0.00403524922747, Epsilon: 0.01) [ check_val ] .residual.tt1 im_sum is -4.242347459210757 ( Pass : should be -4.25091994218, Epsilon: 0.01) [ check_val ] .residual.tt1 regn_sum is 24.754652262790948 ( Pass : should be 24.7472725619, Epsilon: 0.01) [ check_val ] .residual.tt1 npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model.tt1 npts is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .model.tt1 npts_unmasked is 82944.0 ( Pass : should be 82944.0, Epsilon: 0.0001) [ check_val ] .model.tt1 freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .model.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .model.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .model.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .model.tt1 max_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 min_val is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .model.tt1 im_rms is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 im_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 regn_sum is 0.0 ( Pass : should be 0.0, Exact: True ) [ check_val ] .model.tt1 mask_non0 is 0 ( Pass : should be 0, Exact: True ) [ check_val ] .model.tt1 npts_real is 82944 ( Pass : should be 82944, Exact: True ) [ check_val ] .sumwt.tt1 npts is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 npts_unmasked is 1.0 ( Pass : should be 1.0, Epsilon: 0.0001) [ check_val ] .sumwt.tt1 freq_bin is 16762501225.396881 ( Pass : should be 16762501225.39685, Epsilon: 1e-10) [ check_val ] .sumwt.tt1 start is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt1 end is 253574000000.0 ( Pass : should be 253574000000.0, Exact: True ) [ check_val ] .sumwt.tt1 start_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 end_delta is 253574000000.0 ( Pass : should be 253574000000.0, Epsilon: 0.01) [ check_val ] .sumwt.tt1 nchan is 1 ( Pass : should be 1, Exact: True ) [ check_val ] .sumwt.tt1 max_val is 35990.65625 ( Pass : should be 35990.30859375, Epsilon: 0.01) [ check_val ] .sumwt.tt1 max_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 min_val is 35990.65625 ( Pass : should be 35990.30859375, Epsilon: 0.01) [ check_val ] .sumwt.tt1 min_val_pos is True ( Pass : should be True, Exact: True ) [ check_val ] .sumwt.tt1 im_rms is 35990.65656528094 ( Pass : should be 35990.30802869017, Epsilon: 0.01) [ check_val ] .sumwt.tt1 npts_real is 1 ( Pass : should be 1, Exact: True )

Mem Use: 0.99609375 MiB

Re-Run: /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/pkg/casa-6.7.0-2-py3.8.el8/bin/python3 /export/cvpost135-nvme/casa/bamboohome/xml-data/build-dir/CASA-CMTS-ASTME/work/casasources//casa6/casatests/stakeholder/test_stk_alma_pipeline_imaging.py Test_standard.test_standard_mtmfs_eph

Test tclean_ALMA_pipeline

test_mosaic_cube

test_mosaic_cube_briggsbwtaper

test_mosaic_cube_eph

test_mosaic_cube_eph_briggsbwtaper

test_mosaic_cube_eph_pcwdT

test_mosaic_cube_pcwdT

test_mosaic_mfs

test_mosaic_mfs_eph

test_mosaic_mtmfs

test_mosaic_mtmfs_eph

test_standard_cal

test_standard_cal_eph

test_standard_cube

test_standard_cube_briggsbwtaper

test_standard_cube_eph

test_standard_cube_eph_briggsbwtaper

test_standard_cube_eph_pcwdT

test_standard_cube_pcwdT

test_standard_mfs

test_standard_mfs_eph

test_standard_mtmfs

test_standard_mtmfs_eph