Fri Nov 20 20:10:03 UTC 2009 SHELL = /bin/bash /users/jmlarsen/.bash_profile does not exist source /users/jmlarsen/.bashrc PATH = /users/jmlarsen/bin:/home/ballista/casa/active/linux_gnu/bin:/usr/bin:/bin:/usr/lib/casapy/bin:/users/jmlarsen/casa/scons/bin Using /home/ballista/casa/active/linux_gnu/bin/casapy DISPLAY undefined, launch Xvfb :7 Using /usr/bin/Xvfb DISPLAY = :7.0 X server at :7.0 up and running casapy --nologger -c /tmp/casa_regression/admin/execute.py /home/ballista/casa/data/ /tmp/casa_regression testcube_regression 0 ___________________________________________________________ Available tasks: accum fixvis listcal sdimprocess uvmodelfit applycal flagdata listhistory sdlist viewer bandpass flagmanager listobs sdmath vishead blcal fluxscale listvis sdplot visstat browsetable ft makemask sdsave widefield calstat gaincal mosaic sdscale clean hanningsmooth plotants sdsim clearcal imcontsub plotcal sdsmooth clearplot imhead plotms sdstat clearstat immoments plotxy sdtpimaging concat importfits sdaverage setjy deconvolve importuvfits sdbaseline smoothcal exportfits importvla sdcal specfit exportuvfits imregrid sdcoadd split feather imsmooth sdfit tget filecatalog imstat sdflag uvcontsub find imval sdimaging uvcontsub2 sd* tasks are available after asap_init() is run Additional tasks available for ALMA commissioning use (still alpha code as of Beta release): simdata importasdm Available tools: cb (calibrater) cp (cal plot) fg (flagger) ia (image analysis) im (imager) me (measures) mp (MS plot) ms (MS) qa (quanta) sm (simulation) tb (table) tp (table plot) vp (voltage patterns) pm (plotms) at (atmosphere) pl (pylab functions) sd (ASAP functions - run asap_init() to import into CASA) casalogger - Call up the casalogger (if it goes away) ___________________________________________________________________ Help: help taskname - Full help for task help par.parametername - Full help for parameter name apropos string - List tasks with string in their brief help. tasklist - Task list organized by catagory taskhelp - One line summary of available tasks toolhelp - One line summary of available tools startup - The start up screen ___________________________________________________________________ will execute script /tmp/casa_regression/admin/execute.py Activating auto-logging. Current session state plus future input saved. Filename : ipython.log Mode : backup Output logging : False Raw input log : False Timestamping : False State : active ['casapy', '--nologger', '-c', '/tmp/casa_regression/admin/execute.py', '/home/ballista/casa/data/', '/tmp/casa_regression', 'testcube_regression', '0'] /home/ballista/casa/active/code/xmlcasa/scripts/regressions/ searching for script testcube_regression allScripts = ['pylabmem.py', 'async-segfault.py', 'b1608.py', 'time_then_chan_avg.py', 'fits-import-export.py', 'secondNGC4826.py', 'imval_test.py', 'imsmooth_test.py', 'third4826.py', '3C129.py', 'immoment_test.py', 'ngc7538.py', 'imcontsub_test.py', 'l02d.py', '.svn', 'ngc2403.py', 'hanningsmooth_test.py', 'g192redux.py', 'asdmv1-import.py', 'h121.py', 'asdm-import.py', 'plotants_test.py', 'visstat_test.py', 'orionmos4sim.py', 'ic2233.py', 'calstat_test.py', 'orionmosaic.py', 'makefile', 'ngc1333.py', 'imregrid_test.py', 'vishead_test.py', 'polcal_20080224_cband.py', 'listhistory_regression.py', 'wproject_regression.py', 'ggtau.py', 'ngc5921redux.py', 'accum_test.py', 'clearstat_test.py', 'imhead_test.py', 'smoothcal_test.py', 'ngc4826redux.py', 'immath_test.py'] allScripts = ['ori_sio_regression.py', 'orion_regression.py', 'imagetest_regression.py', 'asdmv1-import_regression.py', 'h121_regression.py', 'smoothcal_regression.py', 'wproj3ddat_regression.py', 'sdtpimaging_regression.py', 'plotants_regression.py', 'imregrid_regression.py', 'coordsystest_regression.py', 'irc_sio_task_regression.py', 'g192_regression.py', 'ngc4826_tutorial_regression.py', 'polcal_20080224_cband_regression.py', 'ggtau_regression.py', 'pointing_regression.py', 'ngc4826c_regression.py', 'admin', 'fls3a_hi_regression.py', 'ppdisk_regression.py', 'async-segfault_regression.py', 'accum_regression.py', '.svn', 'l02d_regression.py', 'ngc5921_regression.py', 'testcube_regression.py', 'irc_cs_task_regression.py', 'listvis_regression.py', 'flagdata_test.py', 'ori_hc3n_task_regression.py', 'b0319_regression.py', 'irc_hc3n_task_regression.py', 'ngc7538_regression.py', 'ori_ch3oh_regression.py', 'irc_cs_regression.py', 'ori_sio_task_regression.py', 'ori_hc3n_regression.py', 'makefile', 'imagepoltest_regression.py', 'ghii_regression.py', 'irc_hc3n_regression.py', 'maclog_regression.py', 'tests', 'plotxy_regression.py', 'ngc2403_tutorial_regression.py', 'asdm-import_regression.py', 'b1608_demo_regression.py', 'ic2233_regression.py', 'listcal_regression.py', 'ngc4826_regression.py', 'ori_ch3oh_task_regression.py', 'run_orionmos4sim.py', 'ngc1333_regression.py', '3c129_tutorial_regression.py', 'fits-import-export_regression.py', 'irc_sio_regression.py'] Found testcube_regression.py tests to run = ['testcube_regression.py'] /tmp/casa_regression/result does not exist, creating it /tmp/casa_regression/work does not exist, creating it Run test testcube_regression Redirect stdout/stderr to /tmp/casa_regression/result/result-testcube_regression-ballista-2009_11_20_13_10/testcube_regression.log STDOUT testbase.py:175: execfile testcube_regression.py STDOUT testcube_regression.py:12: --Running simdata of test cube-- STDOUT testcube_regression.py:15: I think the data repository is at /home/ballista/casa/active 2009-11-20 20:10:19 INFO importfits::::casa 2009-11-20 20:10:19 INFO importfits::::casa ########################################## 2009-11-20 20:10:19 INFO importfits::::casa ##### Begin Task: importfits ##### 2009-11-20 20:10:19 INFO importfits::::casa 2009-11-20 20:10:20 INFO importfits:::: FITS card 14: CRPIX1 = 63 / 2009-11-20 20:10:20 INFO importfits:::: Keyword value has wrong data type. 2009-11-20 20:10:20 INFO importfits:::: ... converted to type double. 2009-11-20 20:10:20 INFO importfits:::: FITS card 15: CRPIX2 = 63 / 2009-11-20 20:10:20 INFO importfits:::: Keyword value has wrong data type. 2009-11-20 20:10:20 INFO importfits:::: ... converted to type double. 2009-11-20 20:10:20 INFO importfits:::: FITS card 16: CRPIX3 = 4 / 2009-11-20 20:10:20 INFO importfits:::: Keyword value has wrong data type. 2009-11-20 20:10:20 INFO importfits:::: ... converted to type double. 2009-11-20 20:10:20 INFO importfits::FITSCoordinateUtil::fromFITSHeader No Direction system is defined - J2000 assumed 2009-11-20 20:10:20 INFO importfits::ImageFITSConverterImpl::FITSToImage Created image of shape [128, 128, 10] 2009-11-20 20:10:20 INFO importfits::ImageFITSConverterImpl::FITSToImage Copy FITS file to '/tmp/casa_regression/work/testcube' All pixels fit in memory (163840 pixels). 2009-11-20 20:10:20 INFO importfits::::casa 2009-11-20 20:10:20 INFO importfits::::casa ##### End Task: importfits ##### 2009-11-20 20:10:20 INFO importfits::::casa ########################################## 2009-11-20 20:10:21 INFO default::::casa ####### Setting values to default for task: simdata ####### STDOUT casapy.py:406: # simdata :: mosaic simulation task: STDOUT casapy.py:686: modelimage = 'testcube'  # input image name STDOUT casapy.py:686: ignorecoord = True  # scale model coordinates to output # parameters STDOUT casapy.py:686: inbright = '.1'  # set peak surface brightness in # Jy/pixel or "unchanged" STDOUT casapy.py:686: complist = ''  # componentlist table to observe STDOUT casapy.py:686: antennalist = '/home/ballista/casa/active/data/alma/simmos/alma.out01.cfg' # a # ntenna position file STDOUT casapy.py:686: checkinputs = 'no'  # graphically verify parameters # [yes|no|only] STDOUT casapy.py:686: project = 'tc'  # root for output files STDOUT casapy.py:686: refdate = '2012/06/21/03:25:00' # center time/date of observation # *see help STDOUT casapy.py:686: totaltime = '7200s'  # total time of observation STDOUT casapy.py:686: integration = '10s'  # integration (sampling) time STDOUT casapy.py:686: scanlength = 5  # number of integrations per pointing # in the mosaic STDOUT casapy.py:686: startfreq = '350GHz'  # frequency of first channel STDOUT casapy.py:686: chanwidth = '0.5MHz'  # channel width STDOUT casapy.py:686: nchan = 16  # number of channels STDOUT casapy.py:686: direction = 'J2000 19h00m00s -40d00m00s' # mosaic center, or list of # pointings STDOUT casapy.py:686: pointingspacing = '1arcmin'  # spacing in between beams in mosaic STDOUT casapy.py:686: relmargin = 1.0  # space btw. pointings and edge, # relative to pointingspacing STDOUT casapy.py:686: cell = '0.2arcsec'  # output cell/pixel size STDOUT casapy.py:686: imsize = [192, 192]  # output image size in pixels (x,y) STDOUT casapy.py:686: niter = 0  # maximum number of iterations STDOUT casapy.py:686: threshold = '0.01mJy'  # flux level (+units) to stop cleaning STDOUT casapy.py:686: psfmode = 'none'  # method of PSF calculation to use # during minor cycles STDOUT casapy.py:686: weighting = 'natural'  # weighting to apply to visibilities STDOUT casapy.py:686: uvtaper = False  # apply additional uv tapering of # visibilities. STDOUT casapy.py:686: stokes = 'I'  # Stokes params to image STDOUT casapy.py:686: noise_thermal = False  # add thermal noise STDOUT casapy.py:686: fidelity = False  # Calculate fidelity images STDOUT casapy.py:686: display = False  # Plot simulation result images,figures STDOUT casapy.py:686: verbose = True   STDOUT casapy.py:686: async = False  # If true the taskname must be started # using simdata(...) STDOUT casapy.py:231: Executing: simdata() 2009-11-20 20:10:28 INFO simdata::::casa 2009-11-20 20:10:28 INFO simdata::::casa ########################################## 2009-11-20 20:10:28 INFO simdata::::casa ##### Begin Task: simdata ##### 2009-11-20 20:10:28 INFO simdata::::casa STDOUT simutil.py:74: [readantenna] Using observatory= ALMA 2009-11-20 20:10:28 INFO simdata::::casa Using observatory= ALMA STDOUT simutil.py:74: [readantenna] Antenna locations in UTM; will read from file easting, northing, elevation in m 2009-11-20 20:10:28 INFO simdata::::casa Antenna locations in UTM; will read from file easting, northing, elevation in m STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.55 -023.01.31.81; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.55 -023.01.31.81; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.98 -023.01.31.71; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.98 -023.01.31.71; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.16 -023.01.31.14; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.16 -023.01.31.14; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.55 -023.01.32.17; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.55 -023.01.32.17; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.48 -023.01.32.84; conv,kp = -0.008519,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.48 -023.01.32.84; conv,kp = -0.008519,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.63 -023.01.32.10; conv,kp = -0.008518,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.63 -023.01.32.10; conv,kp = -0.008518,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.81 -023.01.31.42; conv,kp = -0.008518,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.81 -023.01.31.42; conv,kp = -0.008518,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.03 -023.01.30.98; conv,kp = -0.008517,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.03 -023.01.30.98; conv,kp = -0.008517,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.71 -023.01.30.22; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.71 -023.01.30.22; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.10 -023.01.29.89; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.10 -023.01.29.89; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.04 -023.01.32.57; conv,kp = -0.008519,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.04 -023.01.32.57; conv,kp = -0.008519,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.07 -023.01.32.07; conv,kp = -0.008519,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.07 -023.01.32.07; conv,kp = -0.008519,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.33 -023.01.31.49; conv,kp = -0.008517,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.33 -023.01.31.49; conv,kp = -0.008517,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.79 -023.01.30.54; conv,kp = -0.008518,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.79 -023.01.30.54; conv,kp = -0.008518,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.99 -023.01.30.09; conv,kp = -0.008517,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.99 -023.01.30.09; conv,kp = -0.008517,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.09 -023.01.29.25; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.09 -023.01.29.25; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.60 -023.01.30.91; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.60 -023.01.30.91; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.81 -023.01.32.24; conv,kp = -0.008514,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.81 -023.01.32.24; conv,kp = -0.008514,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.13 -023.01.31.76; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.13 -023.01.31.76; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.51 -023.01.32.14; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.51 -023.01.32.14; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.90 -023.01.31.15; conv,kp = -0.008514,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.90 -023.01.31.15; conv,kp = -0.008514,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.90 -023.01.29.86; conv,kp = -0.008514,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.90 -023.01.29.86; conv,kp = -0.008514,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.45 -023.01.30.35; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.45 -023.01.30.35; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.98 -023.01.30.90; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.98 -023.01.30.90; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.33 -023.01.31.56; conv,kp = -0.008511,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.33 -023.01.31.56; conv,kp = -0.008511,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.41 -023.01.32.45; conv,kp = -0.008511,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.41 -023.01.32.45; conv,kp = -0.008511,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.63 -023.01.32.89; conv,kp = -0.008511,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.63 -023.01.32.89; conv,kp = -0.008511,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.37 -023.01.29.63; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.37 -023.01.29.63; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.86 -023.01.29.97; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.86 -023.01.29.97; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.77 -023.01.31.35; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.77 -023.01.31.35; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.73 -023.01.31.23; conv,kp = -0.008510,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.73 -023.01.31.23; conv,kp = -0.008510,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.99 -023.01.32.04; conv,kp = -0.008510,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.99 -023.01.32.04; conv,kp = -0.008510,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.13.06 -023.01.33.19; conv,kp = -0.008510,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.13.06 -023.01.33.19; conv,kp = -0.008510,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.06 -023.01.31.99; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.06 -023.01.31.99; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.28 -023.01.32.25; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.28 -023.01.32.25; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.90 -023.01.32.91; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.90 -023.01.32.91; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.17 -023.01.32.92; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.17 -023.01.32.92; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.19 -023.01.33.51; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.19 -023.01.33.51; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.62 -023.01.33.71; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.62 -023.01.33.71; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.85 -023.01.33.93; conv,kp = -0.008514,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.85 -023.01.33.93; conv,kp = -0.008514,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.17 -023.01.33.95; conv,kp = -0.008515,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.17 -023.01.33.95; conv,kp = -0.008515,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.28 -023.01.33.46; conv,kp = -0.008517,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.28 -023.01.33.46; conv,kp = -0.008517,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.76 -023.01.33.56; conv,kp = -0.008518,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.08.76 -023.01.33.56; conv,kp = -0.008518,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.12.17 -023.01.34.01; conv,kp = -0.008512,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.12.17 -023.01.34.01; conv,kp = -0.008512,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.11.59 -023.01.34.22; conv,kp = -0.008513,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.11.59 -023.01.34.22; conv,kp = -0.008513,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.65 -023.01.33.42; conv,kp = -0.008514,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.65 -023.01.33.42; conv,kp = -0.008514,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.10.05 -023.01.34.47; conv,kp = -0.008516,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.10.05 -023.01.34.47; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.42 -023.01.34.29; conv,kp = -0.008517,0.999802 2009-11-20 20:10:28 INFO simdata::::casa longitude, latitude = -067.45.09.42 -023.01.34.29; conv,kp = -0.008517,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:28 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.08.30 -023.01.33.80; conv,kp = -0.008519,0.999802 2009-11-20 20:10:29 INFO simdata::::casa longitude, latitude = -067.45.08.30 -023.01.33.80; conv,kp = -0.008519,0.999802 STDOUT simutil.py:74: [getdatum] Using South American (Provisional1956) datum with International 1924 ellipsoid 2009-11-20 20:10:29 INFO simdata::::casa Using South American (Provisional1956) datum with International 1924 ellipsoid STDOUT simutil.py:74: [utm2long]  longitude, latitude = -067.45.09.89 -023.01.33.49; conv,kp = -0.008516,0.999802 2009-11-20 20:10:29 INFO simdata::::casa longitude, latitude = -067.45.09.89 -023.01.33.49; conv,kp = -0.008516,0.999802 STDOUT simutil.py:74: [setup model] input model image shape= [128L, 128L, 10L] 2009-11-20 20:10:29 INFO simdata::::casa input model image shape= [128L, 128L, 10L] STDOUT simutil.py:74: [setup model] input model pixel size = 2.00e-01 arcsec 2009-11-20 20:10:29 INFO simdata::::casa input model pixel size = 2.00e-01 arcsec STDOUT simutil.py:74: [simutil] using 1 generated pointing(s) 2009-11-20 20:10:29 INFO simdata::::casa using 1 generated pointing(s) STDOUT simutil.py:74: [simutil] phase center = J2000 19h00m00s -40d00m00s 2009-11-20 20:10:29 INFO simdata::::casa phase center = J2000 19h00m00s -40d00m00s 2009-11-20 20:10:29 INFO ImageAnalysis::statistics Regions --- 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (pixel) [blc]: [0, 0, 0] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner (pixel) [trc]: [127, 127, 9] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (world) [blcf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner( world) [trcf]: 18:59:58.999, -29.59.47.000, 3.50006e+11Hz 2009-11-20 20:10:29 INFO1 ImageAnalysis::statistics Creating new statistics storage lattice of shape [8] 2009-11-20 20:10:29 INFO Values --- 2009-11-20 20:10:29 INFO -- number of points [npts]: 163840 2009-11-20 20:10:29 INFO -- maximum value [max]: 291.546 2009-11-20 20:10:29 INFO -- minimum value [min]: 0 2009-11-20 20:10:29 INFO -- position of max value (pixel) [maxpos]: [42, 42, 3] 2009-11-20 20:10:29 INFO -- position of min value (pixel) [minpos]: [0, 0, 0] 2009-11-20 20:10:29 INFO -- position of max value (world) [maxposf]: 19:00:00.308, -30.00.04.000, 3.5e+11Hz 2009-11-20 20:10:29 INFO -- position of min value (world) [maxposf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO -- Sum of pixel values [sum]: 132904 2009-11-20 20:10:29 INFO -- Sum of squared pixel values [sumsq]: 406233 2009-11-20 20:10:29 INFO 2009-11-20 20:10:29 INFO + Statistics --- 2009-11-20 20:10:29 INFO -- Mean of the pixel values [mean]: 0.811183 2009-11-20 20:10:29 INFO -- Variance of the pixel values : 1.82144 2009-11-20 20:10:29 INFO -- Standard deviation of the Mean [sigma]: 1.34961 2009-11-20 20:10:29 INFO -- Root mean square [rms]: 1.57463 2009-11-20 20:10:29 INFO -- Median of the pixel values [median]: 0 2009-11-20 20:10:29 INFO -- Median of the deviations [medabsdevmed]: 0 2009-11-20 20:10:29 INFO -- Quartile [quartile]: 0 STDOUT simutil.py:74: [simutil] rearranging input data (may take some time for large cubes) 2009-11-20 20:10:29 INFO simdata::::casa rearranging input data (may take some time for large cubes) STDOUT simutil.py:74: [setup model] setting model image direction to ra=+019.00.00 dec=-040.00.00 2009-11-20 20:10:29 INFO simdata::::casa setting model image direction to ra=+019.00.00 dec=-040.00.00 STDOUT simutil.py:74: [setup model] WARN: you are asking for more channels than you have - truncating output cube to 10 channels (0.5MHz each) 2009-11-20 20:10:29 INFO simdata::::casa WARN: you are asking for more channels than you have - truncating output cube to 10 channels (0.5MHz each) STDOUT simutil.py:74: [setup model] Adding Spectral Coordinate 2009-11-20 20:10:29 INFO simdata::::casa Adding Spectral Coordinate STDOUT simutil.py:74: [setup model] Adding dummy Stokes axis 2009-11-20 20:10:29 INFO simdata::::casa Adding dummy Stokes axis STDOUT simutil.py:74: [setup model] Adding Stokes Coordinate 2009-11-20 20:10:29 INFO simdata::::casa Adding Stokes Coordinate STDOUT simutil.py:74: [setup model] axis map for model image = 0 1 3 2 2009-11-20 20:10:29 INFO simdata::::casa axis map for model image = 0 1 3 2 2009-11-20 20:10:29 INFO2 image::open Opened image testcube 2009-11-20 20:10:29 INFO ImageAnalysis::summary 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Image name : testcube 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Object name : 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Image type : PagedImage 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Image quantity : Intensity 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Pixel mask(s) : None 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Region(s) : None 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Image units : Jy 2009-11-20 20:10:29 INFO ImageAnalysis::summary 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Direction reference : J2000 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Spectral reference : LSRK 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Velocity type : RADIO 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Rest frequency : 3.5e+11 Hz 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Telescope : UNKNOWN 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Observer : UNKNOWN 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Date observation : UNKNOWN 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Axis Coord Type Name Proj Shape Tile Coord value at pixel Coord incr Units 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ ------------------------------------------------------------------------------------------------ 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ 0 0 Direction Right Ascension TAN 128 64 19:00:00.000 62.00 -2.000002e-01 arcsec 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ 1 0 Direction Declination TAN 128 64 -30.00.00.000 62.00 2.000002e-01 arcsec 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ 2 1 Spectral Frequency 10 5 3.5e+11 3.00 1.000000e+06 Hz 2009-11-20 20:10:29 INFO ImageAnalysis::summary+ Velocity 0 3.00 -8.565499e-01 km/s STDOUT simutil.py:74: [statim] WARN: don't know image units for testcube 2009-11-20 20:10:29 INFO simdata::::casa WARN: don't know image units for testcube 2009-11-20 20:10:29 INFO ImageAnalysis::statistics Regions --- 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (pixel) [blc]: [0, 0, 0] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner (pixel) [trc]: [127, 127, 9] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (world) [blcf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner( world) [trcf]: 18:59:58.999, -29.59.47.000, 3.50006e+11Hz 2009-11-20 20:10:29 INFO1 ImageAnalysis::statistics Creating new statistics storage lattice of shape [8] 2009-11-20 20:10:29 INFO1 ImageAnalysis::statistics Computing robust statistics 2009-11-20 20:10:29 INFO Values --- 2009-11-20 20:10:29 INFO -- number of points [npts]: 163840 2009-11-20 20:10:29 INFO -- maximum value [max]: 291.546 2009-11-20 20:10:29 INFO -- minimum value [min]: 0 2009-11-20 20:10:29 INFO -- position of max value (pixel) [maxpos]: [42, 42, 3] 2009-11-20 20:10:29 INFO -- position of min value (pixel) [minpos]: [0, 0, 0] 2009-11-20 20:10:29 INFO -- position of max value (world) [maxposf]: 19:00:00.308, -30.00.04.000, 3.5e+11Hz 2009-11-20 20:10:29 INFO -- position of min value (world) [maxposf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO -- Sum of pixel values [sum]: 132904 2009-11-20 20:10:29 INFO -- Sum of squared pixel values [sumsq]: 406233 2009-11-20 20:10:29 INFO 2009-11-20 20:10:29 INFO + Statistics --- 2009-11-20 20:10:29 INFO -- Mean of the pixel values [mean]: 0.811183 2009-11-20 20:10:29 INFO -- Variance of the pixel values : 1.82144 2009-11-20 20:10:29 INFO -- Standard deviation of the Mean [sigma]: 1.34961 2009-11-20 20:10:29 INFO -- Root mean square [rms]: 1.57463 2009-11-20 20:10:29 INFO -- Median of the pixel values [median]: 0.610132 2009-11-20 20:10:29 INFO -- Median of the deviations [medabsdevmed]: 0.471232 2009-11-20 20:10:29 INFO -- Quartile [quartile]: 1.09199 2009-11-20 20:10:29 INFO ImageAnalysis::makeRegionRegion Selected bounding box : 2009-11-20 20:10:29 INFO ImageAnalysis::makeRegionRegion+ [0, 0, 0] to [32, 32, 9] (19:00:00.955, -30.00.12.400, 3.49997e+11Hz to 19:00:00.462, -30.00.06.000, 3.50006e+11Hz) 2009-11-20 20:10:29 INFO ImageAnalysis::statistics Regions --- 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (pixel) [blc]: [0, 0, 0] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner (pixel) [trc]: [32, 32, 9] 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- bottom-left corner (world) [blcf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO ImageAnalysis::statistics -- top-right corner( world) [trcf]: 19:00:00.462, -30.00.06.000, 3.50006e+11Hz 2009-11-20 20:10:29 INFO1 ImageAnalysis::statistics Creating new statistics storage lattice of shape [8] 2009-11-20 20:10:29 INFO1 ImageAnalysis::statistics Computing robust statistics 2009-11-20 20:10:29 INFO Values --- 2009-11-20 20:10:29 INFO -- number of points [npts]: 10890 2009-11-20 20:10:29 INFO -- maximum value [max]: 1.50849 2009-11-20 20:10:29 INFO -- minimum value [min]: 0 2009-11-20 20:10:29 INFO -- position of max value (pixel) [maxpos]: [32, 32, 0] 2009-11-20 20:10:29 INFO -- position of min value (pixel) [minpos]: [0, 0, 0] 2009-11-20 20:10:29 INFO -- position of max value (world) [maxposf]: 19:00:00.462, -30.00.06.000, 3.49997e+11Hz 2009-11-20 20:10:29 INFO -- position of min value (world) [maxposf]: 19:00:00.955, -30.00.12.400, 3.49997e+11Hz 2009-11-20 20:10:29 INFO -- Sum of pixel values [sum]: 4376.27 2009-11-20 20:10:29 INFO -- Sum of squared pixel values [sumsq]: 3047.74 2009-11-20 20:10:29 INFO 2009-11-20 20:10:29 INFO + Statistics --- 2009-11-20 20:10:29 INFO -- Mean of the pixel values [mean]: 0.401861 2009-11-20 20:10:29 INFO -- Variance of the pixel values : 0.118384 2009-11-20 20:10:29 INFO -- Standard deviation of the Mean [sigma]: 0.34407 2009-11-20 20:10:29 INFO -- Root mean square [rms]: 0.529024 2009-11-20 20:10:29 INFO -- Median of the pixel values [median]: 0.302326 2009-11-20 20:10:29 INFO -- Median of the deviations [medabsdevmed]: 0.235157 2009-11-20 20:10:29 INFO -- Quartile [quartile]: 0.55101 2009-11-20 20:10:29 INFO ImageAnalysis::getchunk Selected bounding box [0, 0, 1] to [127, 127, 1] STDOUT simutil.py:74: [setup model] simulated image desired shape= [192, 192, 1, 10] 2009-11-20 20:10:29 INFO simdata::::casa simulated image desired shape= [192, 192, 1, 10] STDOUT simutil.py:74: [setup model] simulated image desired channel width = 5.00e-04 GHz 2009-11-20 20:10:29 INFO simdata::::casa simulated image desired channel width = 5.00e-04 GHz STDOUT simutil.py:74: [setup model] simulated image desired pixel size = 2.00e-01 arcsec 2009-11-20 20:10:29 INFO simdata::::casa simulated image desired pixel size = 2.00e-01 arcsec STDOUT simutil.py:74: [simutil] preparing empty measurement set 2009-11-20 20:10:29 INFO simdata::::casa preparing empty measurement set 2009-11-20 20:10:30 INFO NewMSSimulator::initAnt() Using global coordinates for the antennas 2009-11-20 20:10:30 INFO NewMSSimulator::initAnt() Added rows to ANTENNA table 2009-11-20 20:10:30 INFO MSsimulator::initSpWindows() Creating new spectral window band350GHz, ID 1 2009-11-20 20:10:30 INFO MSsimulator::initFeeds() Added rows to FEED table STDOUT simutil.py:74: [simutil]  spectral window set centered at {'value': 350.00400000000002, 'unit': 'GHz'} 2009-11-20 20:10:30 INFO simdata::::casa spectral window set centered at {'value': 350.00400000000002, 'unit': 'GHz'} 2009-11-20 20:10:30 INFO MSsimulator::initFields() Creating new field tc_0, ID 1 2009-11-20 20:10:30 INFO simulator::settimes() Times 2009-11-20 20:10:30 INFO simulator::settimes() + Integration time 10s 2009-11-20 20:10:30 INFO simulator::settimes() Times will be interpreted as hour angles for first source 2009-11-20 20:10:30 INFO MeasIERS::fillMeas(MeasIERS::Files, Double) Requested JD 56099.1 is outside the IERS table data range. 2009-11-20 20:10:30 INFO MeasIERS::fillMeas(MeasIERS::Files, Double) + Calculations will proceed with less precision 2009-11-20 20:10:30 INFO MeasTable::dUT1(Double) No requested dUT1 data available from IERS tables. 2009-11-20 20:10:30 INFO MeasTable::dUT1(Double) + Proceeding with probably less precision. 2009-11-20 20:12:42 INFO Simulator::setdata() Selecting data 2009-11-20 20:12:42 INFO Simulator::setdata() Performing selection on MeasurementSet 2009-11-20 20:12:42 INFO Simulator::setdata() Selecting on field and spectral window ids 2009-11-20 20:12:43 INFO Simulator::setdata() No selection string given 2009-11-20 20:12:43 INFO Simulator::setdata() Selection did not drop any rows 2009-11-20 20:12:47 INFO Simulatore::setvp() Setting voltage pattern parameters 2009-11-20 20:12:47 INFO Simulatore::setvp() Using system default voltage patterns for each telescope 2009-11-20 20:12:47 INFO Simulatore::setvp() Beam Squint will be included in the VP model 2009-11-20 20:12:47 INFO Simulatore::setvp() and the parallactic angle increment is 360 degrees STDOUT simutil.py:74: [simutil] done setting up observations (blank visibilities) 2009-11-20 20:12:47 INFO simdata::::casa done setting up observations (blank visibilities) 2009-11-20 20:12:47 INFO Simulator::summary() ---------------------------------------------------------------------- 2009-11-20 20:12:47 INFO Simulator::summary() Generating (u,v,w) using this configuration: 2009-11-20 20:12:47 INFO Simulator::summary() x y z diam mount station 2009-11-20 20:12:47 INFO Simulator::summary() 2.22623e+06 -5.44295e+06 -2.48297e+06 12 alt-az 1 2009-11-20 20:12:47 INFO Simulator::summary() 2.22624e+06 -5.44294e+06 -2.48297e+06 12 alt-az 2 2009-11-20 20:12:47 INFO Simulator::summary() 2.22624e+06 -5.44295e+06 -2.48295e+06 12 alt-az 3 2009-11-20 20:12:47 INFO Simulator::summary() 2.22625e+06 -5.44293e+06 -2.48298e+06 12 alt-az 4 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.44291e+06 -2.483e+06 12 alt-az 5 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.44292e+06 -2.48298e+06 12 alt-az 6 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.44293e+06 -2.48296e+06 12 alt-az 7 2009-11-20 20:12:47 INFO Simulator::summary() 2.22627e+06 -5.44294e+06 -2.48295e+06 12 alt-az 8 2009-11-20 20:12:47 INFO Simulator::summary() 2.22626e+06 -5.44296e+06 -2.48293e+06 12 alt-az 9 2009-11-20 20:12:47 INFO Simulator::summary() 2.22625e+06 -5.44297e+06 -2.48292e+06 12 alt-az 10 2009-11-20 20:12:47 INFO Simulator::summary() 2.22629e+06 -5.44291e+06 -2.48299e+06 12 alt-az 12 2009-11-20 20:12:47 INFO Simulator::summary() 2.22629e+06 -5.44292e+06 -2.48298e+06 12 alt-az 13 2009-11-20 20:12:47 INFO Simulator::summary() 2.22626e+06 -5.44294e+06 -2.48296e+06 12 alt-az 15 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.44294e+06 -2.48293e+06 12 alt-az 16 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.44295e+06 -2.48292e+06 12 alt-az 17 2009-11-20 20:12:47 INFO Simulator::summary() 2.22625e+06 -5.44297e+06 -2.4829e+06 12 alt-az 19 2009-11-20 20:12:47 INFO Simulator::summary() 2.22626e+06 -5.44295e+06 -2.48294e+06 12 alt-az 20 2009-11-20 20:12:47 INFO Simulator::summary() 2.22622e+06 -5.44295e+06 -2.48298e+06 12 alt-az 21 2009-11-20 20:12:47 INFO Simulator::summary() 2.22621e+06 -5.44296e+06 -2.48297e+06 12 alt-az 22 2009-11-20 20:12:47 INFO Simulator::summary() 2.2262e+06 -5.44296e+06 -2.48298e+06 12 alt-az 23 2009-11-20 20:12:47 INFO Simulator::summary() 2.22622e+06 -5.44296e+06 -2.48295e+06 12 alt-az 24 2009-11-20 20:12:47 INFO Simulator::summary() 2.22623e+06 -5.44298e+06 -2.48292e+06 12 alt-az 25 2009-11-20 20:12:47 INFO Simulator::summary() 2.22621e+06 -5.44298e+06 -2.48293e+06 12 alt-az 26 2009-11-20 20:12:47 INFO Simulator::summary() 2.22619e+06 -5.44298e+06 -2.48294e+06 12 alt-az 27 2009-11-20 20:12:47 INFO Simulator::summary() 2.22618e+06 -5.44297e+06 -2.48296e+06 12 alt-az 28 2009-11-20 20:12:47 INFO Simulator::summary() 2.22618e+06 -5.44296e+06 -2.48299e+06 12 alt-az 29 2009-11-20 20:12:47 INFO Simulator::summary() 2.22617e+06 -5.44296e+06 -2.483e+06 12 alt-az 30 2009-11-20 20:12:47 INFO Simulator::summary() 2.22622e+06 -5.44298e+06 -2.48291e+06 12 alt-az 32 2009-11-20 20:12:47 INFO Simulator::summary() 2.2262e+06 -5.44298e+06 -2.48292e+06 12 alt-az 33 2009-11-20 20:12:47 INFO Simulator::summary() 2.2262e+06 -5.44297e+06 -2.48296e+06 12 alt-az 35 2009-11-20 20:12:47 INFO Simulator::summary() 2.22617e+06 -5.44298e+06 -2.48295e+06 12 alt-az 36 2009-11-20 20:12:47 INFO Simulator::summary() 2.22616e+06 -5.44297e+06 -2.48298e+06 12 alt-az 37 2009-11-20 20:12:47 INFO Simulator::summary() 2.22616e+06 -5.44296e+06 -2.48301e+06 12 alt-az 39 2009-11-20 20:12:47 INFO Simulator::summary() 2.22619e+06 -5.44296e+06 -2.48298e+06 12 alt-az 40 2009-11-20 20:12:47 INFO Simulator::summary() 2.22623e+06 -5.44294e+06 -2.48298e+06 12 alt-az 41 2009-11-20 20:12:47 INFO Simulator::summary() 2.22624e+06 -5.44293e+06 -2.483e+06 12 alt-az 43 2009-11-20 20:12:47 INFO Simulator::summary() 2.22621e+06 -5.44294e+06 -2.483e+06 12 alt-az 44 2009-11-20 20:12:47 INFO Simulator::summary() 2.22618e+06 -5.44295e+06 -2.48302e+06 12 alt-az 45 2009-11-20 20:12:47 INFO Simulator::summary() 2.22619e+06 -5.44294e+06 -2.48302e+06 12 alt-az 46 2009-11-20 20:12:47 INFO Simulator::summary() 2.22621e+06 -5.44293e+06 -2.48303e+06 12 alt-az 47 2009-11-20 20:12:47 INFO Simulator::summary() 2.22623e+06 -5.44292e+06 -2.48303e+06 12 alt-az 48 2009-11-20 20:12:47 INFO Simulator::summary() 2.22625e+06 -5.44292e+06 -2.48302e+06 12 alt-az 49 2009-11-20 20:12:47 INFO Simulator::summary() 2.22627e+06 -5.44291e+06 -2.48302e+06 12 alt-az 50 2009-11-20 20:12:47 INFO Simulator::summary() 2.22618e+06 -5.44294e+06 -2.48303e+06 12 alt-az 52 2009-11-20 20:12:47 INFO Simulator::summary() 2.22619e+06 -5.44293e+06 -2.48304e+06 12 alt-az 53 2009-11-20 20:12:47 INFO Simulator::summary() 2.22622e+06 -5.44293e+06 -2.48302e+06 12 alt-az 55 2009-11-20 20:12:47 INFO Simulator::summary() 2.22623e+06 -5.44291e+06 -2.48305e+06 12 alt-az 56 2009-11-20 20:12:47 INFO Simulator::summary() 2.22625e+06 -5.44291e+06 -2.48304e+06 12 alt-az 57 2009-11-20 20:12:47 INFO Simulator::summary() 2.22628e+06 -5.4429e+06 -2.48303e+06 12 alt-az 59 2009-11-20 20:12:47 INFO Simulator::summary() 2.22624e+06 -5.44292e+06 -2.48302e+06 12 alt-az 60 2009-11-20 20:12:47 INFO Simulator::summary() Coordsystem = global 2009-11-20 20:12:47 INFO Simulator::summary() RefLocation = [-67.7549, -23.0229] 2009-11-20 20:12:47 INFO Simulator::summary() ---------------------------------------------------------------------- 2009-11-20 20:12:47 INFO Simulator::summary() Field information: 2009-11-20 20:12:47 INFO Simulator::summary() Name direction calcode 2009-11-20 20:12:47 INFO Simulator::summary() tc_0 19:00:00.00 -40.00.00.00 J2000 C 2009-11-20 20:12:47 INFO Simulator::summary() ---------------------------------------------------------------------- 2009-11-20 20:12:47 INFO Simulator::summary() Spectral Windows information: 2009-11-20 20:12:47 INFO Simulator::summary() Name nchan freq[GHz] freqInc[MHz] freqRes[MHz] stokes 2009-11-20 20:12:47 INFO Simulator::summary() band350GHz 10 350.004 0.5 0.5 XX YY 2009-11-20 20:12:47 INFO Simulator::summary() ---------------------------------------------------------------------- 2009-11-20 20:12:47 INFO Simulator::summary() Feed information: 2009-11-20 20:12:47 INFO Simulator::summary() perfect X Y 2009-11-20 20:12:47 INFO Simulator::summary() ====================================================================== 2009-11-20 20:12:47 INFO Simulator::summary() =========================================== 2009-11-20 20:12:47 INFO Simulator::summary() No corrupting-type information has been set 2009-11-20 20:12:47 INFO Simulator::summary() =========================================== 2009-11-20 20:12:51 INFO imager::data selection Selecting data 2009-11-20 20:12:52 INFO imager::data selection Selected all visibilities STDOUT simutil.py:74: [simutil] im.defineimage(nx=128, ny=128, cellx={'value': 0.20000000000000001, 'unit': 'arcsec'}, celly={'value': 0.20000000000000001, 'unit': 'arcsec'}, stokes='I', phasecenter='J2000 19:00:00.00 -040.00.00.00', nchan=10, mode="FREQ-LSRK",start='350GHz',step=0.5MHz, restfreq='350GHz') 2009-11-20 20:12:52 INFO simdata::::casa im.defineimage(nx=128, ny=128, cellx={'value': 0.20000000000000001, 'unit': 'arcsec'}, celly={'value': 0.20000000000000001, 'unit': 'arcsec'}, stokes='I', phasecenter='J2000 19:00:00.00 -040.00.00.00', nchan=10, mode="FREQ-LSRK",start='350GHz',step=0.5MHz, restfreq='350GHz') 2009-11-20 20:12:52 INFO imager::defineimage() Defining image properties:nx=128 ny=128 cellx='0.2arcsec' celly='0.2arcsec' stokes=I' mode=FREQ-LSRK nchan=10 start=-1 step=0 spwids=[0] fieldid=-1 facets=1 frame=5 distance='0' 2009-11-20 20:12:52 INFO imager::defineimage() phaseCenter='19:00:00.00, 320.00.00.00, ' mStart='Radialvelocity: 0' qStep='0.5 MHz'' mFreqStart='Frequency: 3.5e+11 2009-11-20 20:12:52 INFO3 Imager::imagecoordinates() (file /home/ballista/casa/active/code/synthesis/implement/MeasurementEquations/Imager.cc, line 652) Start frequency = 350, channel increment = 0.0005GHz, frequency frame = TOPO 2009-11-20 20:12:52 INFO3 Imager::imagecoordinates() (file /home/ballista/casa/active/code/synthesis/implement/MeasurementEquations/Imager.cc, line 652)+ Rest frequency is 350GHz 2009-11-20 20:12:53 INFO3 im::close Flushing data to disk and detaching from file. 2009-11-20 20:12:53 INFO2 image::open Opened image tc.testcube.coord STDOUT simutil.py:74: [setup model] swapping input axes 2 with 3 2009-11-20 20:12:53 INFO simdata::::casa swapping input axes 2 with 3 STDOUT simutil.py:74: [setup model] model array minmax= 0.000000e+00 2.915461e+02 2009-11-20 20:12:53 INFO simdata::::casa model array minmax= 0.000000e+00 2.915461e+02 STDOUT simutil.py:74: [setup model] scaling model brightness by a factor of 0.000343 2009-11-20 20:12:53 INFO simdata::::casa scaling model brightness by a factor of 0.000343 2009-11-20 20:12:53 INFO3 image::close Detaching from image 2009-11-20 20:12:53 INFO3 image::close Detaching from image STDOUT simutil.py:74: [simutil] predicting from tc.testcube.coord 2009-11-20 20:12:53 INFO simdata::::casa predicting from tc.testcube.coord 2009-11-20 20:12:53 INFO Simulator::predict() Predicting visibilities using model: [tc.testcube.coord] and componentList: 2009-11-20 20:12:53 INFO Simulator::predict() The data column will be replaced 2009-11-20 20:12:53 INFO Simulator::createSkyEquation() About to open model 1 named tc.testcube.coord 2009-11-20 20:12:58 INFO Simulator::createSkyEquation() Synthesis gridding 2009-11-20 20:12:58 INFO Simulator::createSkyEquation() Fourier transforms will use image centers as tangent points 2009-11-20 20:12:58 INFO Simulator::createSkyEquation() Using default primary beams for mosaicing (use setvp to change) 2009-11-20 20:12:58 INFO VPSkyJones::VPSkyJones PB used ALMA 2009-11-20 20:12:58 INFO BeamSkyJones::summary Beam Summary: 2009-11-20 20:12:58 INFO BeamSkyJones::summary Model 1 for ALMA ant=-1 feed=-1 uses PB: AIRY 2009-11-20 20:12:58 INFO PBMath1D::summary Using AIRY PB Class 2009-11-20 20:12:58 INFO PBMathInterface::summary These parameters are for Voltage Pattern 2009-11-20 20:12:58 INFO PBMathInterface::summary No Beam Squint 2009-11-20 20:12:58 INFO PBMath1D::summary Max Radius at 1 GHz: 107.04 arcmin 2009-11-20 20:12:58 INFO PBMath1DAiry::summary Dish Diameter: 12 m 2009-11-20 20:12:58 INFO PBMath1DAiry::summary Blocked Diameter: 1 m 0%....10....20....30....40....50....60....70....80....90....100% 2009-11-20 20:13:21 INFO Simulator::reset() Resetting all visibility corruption components 2009-11-20 20:13:21 INFO Simulator::reset() Reset all image-plane corruption components STDOUT simutil.py:74: [simutil] generation of measurement set tc.ms complete 2009-11-20 20:13:21 INFO simdata::::casa generation of measurement set tc.ms complete STDOUT simutil.py:74: [deconvolve] clean inputs: 2009-11-20 20:13:21 INFO simdata::::casa clean inputs: STDOUT simutil.py:74: [deconvolve] clean(vis='tc.ms',imagename='tc.clean',mode='channel',nchan=10,niter=0,threshold='0.01mJy',ftmachine='ft',imsize=[192, 192],cell='0.2arcsec',phasecenter='J2000 19h00m00s -40d00m00s') 2009-11-20 20:13:21 INFO simdata::::casa clean(vis='tc.ms',imagename='tc.clean',mode='channel',nchan=10,niter=0,threshold='0.01mJy',ftmachine='ft',imsize=[192, 192],cell='0.2arcsec',phasecenter='J2000 19h00m00s -40d00m00s') STDOUT simutil.py:74: [analysis] creating moment zero input image 2009-11-20 20:13:21 INFO simdata::::casa creating moment zero input image 2009-11-20 20:13:21 INFO2 image::open Opened image tc.testcube.coord 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion+ Moment axis type is Frequency 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion+ 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion+ *********************************************************************** 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion+ You have selected the following methods 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion+ The basic method 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion Created tc.testcube.flat0 2009-11-20 20:13:21 INFO ImageAnalysis::makeMaskRegion Begin computation of moments 2009-11-20 20:13:22 INFO simdata::::casa 2009-11-20 20:13:22 INFO simdata::::casa ##### End Task: simdata ##### 2009-11-20 20:13:22 INFO simdata::::casa ########################################## 2009-11-20 20:13:22 INFO3 utils::setconstraints Setting constraints ...Constraints set. 2009-11-20 20:13:26 INFO Initializing with default selection 2009-11-20 20:13:26 INFO Channel selection: #chan=10, start=1, width=1, incr=1 2009-11-20 20:13:26 INFO Polarization selection: [XX, YY] 2009-11-20 20:13:26 INFO Selection initialized ok STDOUT testcube_regression.py:88: Writing regression output to tc.2009-11-20T13:13:31.308029.log STDOUT testcube_regression.py:88: STDOUT testcube_regression.py:159: --Finished simdata of test cube regression-- STDOUT exec-testcube_regression.py:3: regstate = False STDERR publish_summary.py:179: testcube_regression failed, dumping traceback: STDERR traceback.py:13: Traceback (most recent call last): STDERR traceback.py:13: File "/tmp/casa_regression/admin/publish_summary.py", line 172, in __init__ STDERR traceback.py:13: (leResult, leImages) = prof.runcall(self.tester.runtests, testName, k, dry) STDERR traceback.py:13: File "/usr/lib/casapy/lib/python2.5/cProfile.py", line 149, in runcall STDERR traceback.py:13: return func(*args, **kw) STDERR traceback.py:13: File "/tmp/casa_regression/admin/testbase.py", line 208, in runtests STDERR traceback.py:13: execfile('./exec-'+leFile, gl) STDERR traceback.py:13: File "./exec-testcube_regression.py", line 5, in STDERR traceback.py:13: raise Exception, 'regstate = False' STDERR traceback.py:13: Exception: regstate = False STDOUT publish_summary.py:187: now in /tmp/casa_regression/work saving profile plot finished! file written to /tmp/casa_regression/result/2009_11_20/testcube_regression_profile.png and /tmp/casa_regression/work/profile.txt 2009-11-20 20:13:45 INFO simdata::::casa CASA Version 3.0.0 (build #9591) 2009-11-20 20:13:45 INFO simdata::::casa Built on: Fri 2009/11/20 02:15:05 UTC STDOUT publish_summary.py:626: Writing file /tmp/casa_regression/result/result-testcube_regression-ballista-2009_11_20_13_10/result-exec.txt STDOUT publish_summary.py:634: status = fail # execution status STDOUT publish_summary.py:634: host = ballista # os.uname[1] STDOUT publish_summary.py:634: date = 2009_11_20_13_13 # STDOUT publish_summary.py:634: resource = 4,190,69,182,33.3,17.6,49.0,0.0;7,190,69,182,38.6,11.9,49.5,0.0;11,192,73,188,8.8,2.9,50.0,38.2;14,1 # time(s),virtual(Mbytes),resident(Mbytes),nfiledesc,cpu_us,cpu_sy,cpu_id,cpu_wa STDOUT publish_summary.py:634: disk = 509232 # disk space (KB) in use after test STDOUT publish_summary.py:634: CASA = 'CASA Version 3.0.0 (build #9591)' # CASA version STDOUT publish_summary.py:634: platform = 'Linux i686 32-bit Red Hat Enterprise Linux Client release 5.4 (Tikanga)' # OS STDOUT publish_summary.py:634: runlog = testcube_regression.log # execution logfile STDOUT publish_summary.py:634: data_version = '2096M' # Data repository version STDOUT publish_summary.py:634: version = 2 # version of this file STDOUT publish_summary.py:634: testid = testcube_regression # test name STDOUT publish_summary.py:634: time = 204.506448984 # execution time in seconds STDOUT publish_summary.py:634: type = exec # test type Created /tmp/casa_regression/result/result-testcube_regression-ballista-2009_11_20_13_10 leaving casapy... casapy returned 0 Leave X server Xvfb :7 running... /home/ballista/casa/active/code/xmlcasa/scripts/regressions/admin/process_manager.pl: kill 1 leftover child in PGID=17600