>>>>>>>>>>>>>>>>>> test log for swarm2casa v1.0.2 on rtdc9 <<<<<<<<<<<<<<<<<<<<< rtdc9.cfa.harvard.edu swarm2casa_180517.csh Fri Aug 17 15:05:54 EDT 2018 Start swarm2casa.csh script - SWARM2CASA pipeline version: SMA-SWARM2CASA 1.0.2 (Smithsonian Astrophysical Observatory 2018-8-9 for test) loaded from PATH=/opt/sma/SWARM2CASA OUTPUT_FILE_PREFIX= SMA180517 Reading LSB data - ############################################################################ # Welcome to the Smithonian Astrophysical Observatory using swarm2casa - # # A Pipeline: Converting SMA SWARM Data to CASA MeasurementSet: # # swarm2read .......................... DRX version 1.0.9-beta: 2018-08-10 # ############################################################################ Get pathname, input- and output-filenames, sbidx, optidx ...... Handling LSB data - Warning: Applying no online flagging and no Tsys ... wideband patch................swarmDrxP version 1.4.1-beta: 2018-08-08 ********************************* * Observing Date: 2018 May 17 * ********************************* principal investigator...........Geoffrey Bower Geocentrical coordinates (meter): SMA-ANTID x y z = 1 -42.6003 -71.5491 86.1967 SMA-ANTID x y z = 2 -51.4360 -136.7572 107.9204 SMA-ANTID x y z = 3 0.0000 0.0000 0.0000 SMA-ANTID x y z = 4 -6.4014 -68.0002 3.6376 SMA-ANTID x y z = 5 11.7379 -53.6632 -40.7255 SMA-ANTID x y z = 6 -17.9165 -59.5568 30.0696 SMA-ANTID x y z = 7 26.5156 -133.5949 -104.1753 SMA-ANTID x y z = 8 -16.5638 -27.0235 30.7690 handling header variables........ number of integrations...........0553 number of c1 + SWARM Spectra.....5 number of polarizations..........1: XX--non polarization number of receivers..............2: rx1->340, rx2->230 number of sidebands..............2: lsb & usb number of baselines..............28 number of antennas...............8 number of channels...............65537 solving for antenna-based Tsys... 1305-105 id= 1 RA=13:05:33.0162 DEC=-10:33:19.4293 NGC5077 id= 2 RA=13:19:31.6988 DEC=-12:39:24.9994 3c274 id= 3 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4579 id= 4 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4552 id= 5 RA=12:35:39.8003 DEC= 12:33:22.9999 3c273 id= 6 RA=12:29:06.6991 DEC= 2:03:08.5983 M84 id= 7 RA=12:25:03.6987 DEC= 12:53:13.0012 1159+292 id= 8 RA=11:59:31.8338 DEC= 29:14:43.8226 NGC4278 id= 9 RA=12:20:06.8001 DEC= 29:16:51.0031 Callisto id= 10 RA=15:00:11.8687 DEC=-15:44:35.4215 A total of 10 source(s) found in this data set. ********************************* * Observing Date: 2018 May 17 * ********************************* principal investigator...........Geoffrey Bower Geocentrical coordinates (meter): SMA-ANTID x y z = 1 -42.6003 -71.5491 86.1967 SMA-ANTID x y z = 2 -51.4360 -136.7572 107.9204 SMA-ANTID x y z = 3 0.0000 0.0000 0.0000 SMA-ANTID x y z = 4 -6.4014 -68.0002 3.6376 SMA-ANTID x y z = 5 11.7379 -53.6632 -40.7255 SMA-ANTID x y z = 6 -17.9165 -59.5568 30.0696 SMA-ANTID x y z = 7 26.5156 -133.5949 -104.1753 SMA-ANTID x y z = 8 -16.5638 -27.0235 30.7690 handling header variables........ number of integrations...........0553 number of c1 + SWARM Spectra.....5 number of polarizations..........1: XX--non polarization number of receivers..............2: rx1->340, rx2->230 number of sidebands..............2: lsb & usb number of baselines..............28 number of antennas...............8 number of channels...............65537 solving for antenna-based Tsys... 1305-105 id= 1 RA=13:05:33.0162 DEC=-10:33:19.4293 NGC5077 id= 2 RA=13:19:31.6988 DEC=-12:39:24.9994 3c274 id= 3 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4579 id= 4 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4552 id= 5 RA=12:35:39.8003 DEC= 12:33:22.9999 3c273 id= 6 RA=12:29:06.6991 DEC= 2:03:08.5983 M84 id= 7 RA=12:25:03.6987 DEC= 12:53:13.0012 1159+292 id= 8 RA=11:59:31.8338 DEC= 29:14:43.8226 NGC4278 id= 9 RA=12:20:06.8001 DEC= 29:16:51.0031 Callisto id= 10 RA=15:00:11.8687 DEC=-15:44:35.4215 A total of 10 source(s) found in this data set. reading visibilities.............inhid time(UTC) int(s) percent Gbyt W-status inhset=..........................00002 0d05:17:19 29.7 000 (%) 0.00 NO inhset=..........................00100 0d06:05:19 29.7 018 (%) 2.94 OK inhset=..........................00200 0d06:16:59 05.2 036 (%) 5.87 OK inhset=..........................00300 0d06:49:05 29.7 054 (%) 8.81 OK inhset=..........................00400 0d07:38:33 29.7 072 (%) 11.74 OK inhset=..........................00500 0d08:28:01 29.7 091 (%) 14.68 OK inhset=........... inhset=..........................00543 0d08:49:18 29.7 098 (%) 15.94 OK rx1 ID: 1->340, rx2 ID: 0->230 Real time used = 515 sec. for reading in LSB data. processing rx1 LSB data .................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.lsb SWARM chunk 1................................... Select parameters: 1.00000000.00000007.00000003.00000002.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.lsb SWARM chunk 2................................... Select parameters: 1.00000000.00000007.00000003.00000003.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.lsb SWARM chunk 3................................... Select parameters: 1.00000000.00000007.00000003.00000004.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.lsb SWARM chunk 4................................... Select parameters: 1.00000000.00000007.00000003.00000005.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... Done with lsb and rx1 fits-data streaming out! processing rx2 LSB data .................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.lsb SWARM chunk 1................................... Select parameters: 1.00000000.00000007.00000003.00000002.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.lsb SWARM chunk 2................................... Select parameters: 1.00000000.00000007.00000003.00000003.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.lsb SWARM chunk 3................................... Select parameters: 1.00000000.00000007.00000003.00000004.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.lsb SWARM chunk 4................................... Select parameters: 1.00000000.00000007.00000003.00000005.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... Done with lsb and rx2 fits-data streaming out! Reading USB data - ############################################################################ # Welcome to the Smithonian Astrophysical Observatory using swarm2casa - # # A Pipeline: Converting SMA SWARM Data to CASA MeasurementSet: # # swarm2read .......................... DRX version 1.0.9-beta: 2018-08-10 # ############################################################################ Get pathname, input- and output-filenames, sbidx, optidx ...... Handling USB data - Warning: Applying no online flagging and no Tsys ... wideband patch................swarmDrxP version 1.4.1-beta: 2018-08-08 ********************************* * Observing Date: 2018 May 17 * ********************************* principal investigator...........Geoffrey Bower Geocentrical coordinates (meter): SMA-ANTID x y z = 1 -42.6003 -71.5491 86.1967 SMA-ANTID x y z = 2 -51.4360 -136.7572 107.9204 SMA-ANTID x y z = 3 0.0000 0.0000 0.0000 SMA-ANTID x y z = 4 -6.4014 -68.0002 3.6376 SMA-ANTID x y z = 5 11.7379 -53.6632 -40.7255 SMA-ANTID x y z = 6 -17.9165 -59.5568 30.0696 SMA-ANTID x y z = 7 26.5156 -133.5949 -104.1753 SMA-ANTID x y z = 8 -16.5638 -27.0235 30.7690 handling header variables........ number of integrations...........0553 number of c1 + SWARM Spectra.....5 number of polarizations..........1: XX--non polarization number of receivers..............2: rx1->340, rx2->230 number of sidebands..............2: lsb & usb number of baselines..............28 number of antennas...............8 number of channels...............65537 solving for antenna-based Tsys... 1305-105 id= 1 RA=13:05:33.0162 DEC=-10:33:19.4293 NGC5077 id= 2 RA=13:19:31.6988 DEC=-12:39:24.9994 3c274 id= 3 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4579 id= 4 RA=12:37:43.4995 DEC= 11:49:04.9986 NGC4552 id= 5 RA=12:35:39.8003 DEC= 12:33:22.9999 3c273 id= 6 RA=12:29:06.6991 DEC= 2:03:08.5983 M84 id= 7 RA=12:25:03.6987 DEC= 12:53:13.0012 1159+292 id= 8 RA=11:59:31.8338 DEC= 29:14:43.8226 NGC4278 id= 9 RA=12:20:06.8001 DEC= 29:16:51.0031 Callisto id= 10 RA=15:00:11.8687 DEC=-15:44:35.4215 A total of 10 source(s) found in this data set. reading visibilities.............inhid time(UTC) int(s) percent Gbyt W-status inhset=..........................00002 0d05:17:19 29.7 000 (%) 0.00 NO inhset=..........................00100 0d06:05:19 29.7 018 (%) 2.94 OK inhset=..........................00200 0d06:16:59 05.2 036 (%) 5.87 OK inhset=..........................00300 0d06:49:05 29.7 054 (%) 8.81 OK inhset=..........................00400 0d07:38:33 29.7 072 (%) 11.74 OK inhset=..........................00500 0d08:28:01 29.7 091 (%) 14.68 OK inhset=........... inhset=..........................00543 0d08:49:18 29.7 098 (%) 15.94 OK rx1 ID: 1->340, rx2 ID: 0->230 Real time used = 502 sec. for reading in USB data. processing rx1 USB data .................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.usb SWARM chunk 1................................... Select parameters: 1.00000000.00000007.00000003.00000002.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.usb SWARM chunk 2................................... Select parameters: 1.00000000.00000007.00000003.00000003.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.usb SWARM chunk 3................................... Select parameters: 1.00000000.00000007.00000003.00000004.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx1.usb SWARM chunk 4................................... Select parameters: 1.00000000.00000007.00000003.00000005.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 1078 visibilities copied to 1078 output records ....................... Writing header tables ................................................... Done with usb and rx1 fits-data streaming out! processing rx2 USB data .................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.usb SWARM chunk 1................................... Select parameters: 1.00000000.00000007.00000003.00000002.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.usb SWARM chunk 2................................... Select parameters: 1.00000000.00000007.00000003.00000003.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.usb SWARM chunk 3................................... Select parameters: 1.00000000.00000007.00000003.00000004.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... FOR_UVFITSOUT: Ver 3.2 2018-6-15 roots 1.20 2012/01/13 streaming out data rx2.usb SWARM chunk 4................................... Select parameters: 1.00000000.00000007.00000003.00000005.0000000 ........... Processing data streaming of 16384 channels ............................. Polarisation-data streaming: XX ......................................... 14014 visibilities copied to 14014 output records ....................... Writing header tables ................................................... Done with usb and rx2 fits-data streaming out! ========================================= The start-up time of CASA may vary depending on whether the shared libraries are cached or not. ========================================= IPython 5.1.0 -- An enhanced Interactive Python. CASA 5.3.0-143 -- Common Astronomy Software Applications --> CrashReporter initialized. ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% ....10....20....30....40....50....60....70....80....90....100% hit return-key to listobs&plotms check the dual rx data: SMA180517.ms hit return-key to quit the script A single CASA measurementSet data output is produced: SMA180517.ms Done, congratulation! exit from the script! Fri Aug 17 15:35:39 EDT 2018