rtdc9.cfa.harvard.edu swarmDRXload.csh ###################################################################### # swarmDRXload.csh: script to convert SMA data produced from SWARM # correlator sampled with two receivers simultaneously ###################################################################### Fri Oct 6 17:29:57 EDT 2017 170717_09:31:42 Loading lsb data: 170717_rx0.lsb SmaLod: 4.9.2-beta for SWARM 15-SEP-2017 Debugging-Warning: SWARM data only, Spectral chunks =4! wideband patch................swarmDrxP version 1.1.5-beta: 2017-10-06 open miriad uvdata file........170717_rx0.lsb ********************************* * Observing Date: 2017 Jul 17 * ********************************* Warning: an incorrect PI name, corrected it for Miriad header & history records! principal investigator...........Amy Steele Number of antenna in antennas....10 Warning: Number of 10 antennas in antennas, exceeding that of standard SMA. Geocentrical coordinates (meter) with refant=10: ANT x y z = 1 4.4411 -63.8736 -21.8369 ANT x y z = 2 -17.9163 -59.5569 30.0693 ANT x y z = 3 0.0000 0.0000 0.0000 ANT x y z = 4 -0.5091 -25.1510 1.2800 ANT x y z = 5 -5.7035 -18.9844 15.6107 ANT x y z = 6 -6.4010 -68.0002 3.6376 ANT x y z = 7 5.2270 -20.0750 -14.8425 ANT x y z = 8 11.7395 -53.6616 -40.7247 converting geocentrical coordinates to equatorial system (nanosecs). ANT x y x = 1 14.8139 -213.0593 -72.8402 ANT x y x = 2 -59.7623 -198.6603 100.3005 ANT x y x = 3 0.0000 0.0000 0.0000 ANT x y x = 4 -1.6982 -83.8947 4.2697 ANT x y x = 5 -19.0248 -63.3250 52.0716 ANT x y x = 6 -21.3514 -226.8244 12.1338 ANT x y x = 7 17.4353 -66.9629 -49.5091 ANT x y x = 8 39.1589 -178.9958 -135.8429 handling header variables........ skipped first 1 integration(s) to load 1353 integrations from a total number of integrations...........1364 Warning: check first a few integrations! Warning: the headers or data may be corrupted! number of c1 + SWARM Spectra.....5 number of polarizations..........1: XX--non polarization number of receivers..............2: rx1->230, rx2->240 number of sidebands..............2: lsb & usb number of baselines..............28 number of antennas...............8 number of channels...............65537 solving for antenna-based Tsys... 1626-298 id= 1 RA=16:26:06.0187 DEC=-29:51:26.9728 0005+383 id= 2 RA=00:05:57.1750 DEC= 38:20:15.1428 0013+408 id= 3 RA=00:13:31.1300 DEC= 40:51:37.1420 HD223460 id= 4 RA=23:49:40.9616 DEC= 36:25:31.0135 Neptune id= 5 RA=23:02:31.1719 DEC= -7:08:16.0018 0019+734 id= 6 RA=00:19:45.7860 DEC= 73:27:30.0092 0102+584 id= 7 RA=01:02:45.7618 DEC= 58:24:11.1292 HD225216 id= 8 RA=00:04:41.9817 DEC= 67:09:59.1943 bllac id= 9 RA=22:02:43.2912 DEC= 42:16:39.9756 A total of 9 source(s) found in this data set. reading visibilities.............inhid time(UTC) int(s) percent Gbyt W-status inhset=..........................00001 0d09:31:54 29.7 000 (%) 0.00 NO inhset=..........................00100 0d10:20:23 29.7 007 (%) 2.94 OK inhset=..........................00200 0d11:09:51 29.7 014 (%) 5.87 OK inhset=..........................00300 0d11:59:19 29.7 022 (%) 8.81 OK inhset=..........................00400 0d12:52:15 29.7 029 (%) 11.74 OK inhset=..........................00500 0d13:41:43 29.7 036 (%) 14.68 OK inhset=..........................00600 0d14:31:12 29.7 044 (%) 17.62 OK inhset=..........................00700 0d15:20:40 29.7 051 (%) 20.55 OK inhset=..........................00800 0d16:10:08 29.7 058 (%) 23.49 OK inhset=..........................00900 0d16:59:37 29.7 066 (%) 26.43 OK inhset=..........................01000 0d17:25:10 05.2 073 (%) 29.36 OK inhset=..........................01100 0d18:12:48 29.7 080 (%) 32.30 OK inhset=..........................01200 0d18:52:40 05.2 088 (%) 35.23 OK inhset=..........................01300 0d19:29:41 29.7 095 (%) 38.17 OK inhset=.............. inhset=..........................01354 0d19:56:24 29.7 099 (%) 39.76 OK Warning: only store the visibility data in the integration range: between the start inhset=1 and the end inhset=1353 Warning: for both receivers ID: 0 and 3 rx1 ID: 0->230, rx2 ID: 3->240 Real time used = 1281 sec. Output file = 170717_rx0.lsb UVINDEX: version 5-sept-2013 Successfully inspected vis= 170717_rx0.lsb done with sb - lsb reset sideband parameter - Loading usb data: 170717_rx0.usb SmaLod: 4.9.2-beta for SWARM 15-SEP-2017 Debugging-Warning: SWARM data only, Spectral chunks =4! wideband patch................swarmDrxP version 1.1.5-beta: 2017-10-06 open miriad uvdata file........170717_rx0.usb ********************************* * Observing Date: 2017 Jul 17 * ********************************* Warning: an incorrect PI name, corrected it for Miriad header & history records! principal investigator...........Amy Steele Number of antenna in antennas....10 Warning: Number of 10 antennas in antennas, exceeding that of standard SMA. Geocentrical coordinates (meter) with refant=10: ANT x y z = 1 4.4411 -63.8736 -21.8369 ANT x y z = 2 -17.9163 -59.5569 30.0693 ANT x y z = 3 0.0000 0.0000 0.0000 ANT x y z = 4 -0.5091 -25.1510 1.2800 ANT x y z = 5 -5.7035 -18.9844 15.6107 ANT x y z = 6 -6.4010 -68.0002 3.6376 ANT x y z = 7 5.2270 -20.0750 -14.8425 ANT x y z = 8 11.7395 -53.6616 -40.7247 converting geocentrical coordinates to equatorial system (nanosecs). ANT x y x = 1 14.8139 -213.0593 -72.8402 ANT x y x = 2 -59.7623 -198.6603 100.3005 ANT x y x = 3 0.0000 0.0000 0.0000 ANT x y x = 4 -1.6982 -83.8947 4.2697 ANT x y x = 5 -19.0248 -63.3250 52.0716 ANT x y x = 6 -21.3514 -226.8244 12.1338 ANT x y x = 7 17.4353 -66.9629 -49.5091 ANT x y x = 8 39.1589 -178.9958 -135.8429 handling header variables........ skipped first 1 integration(s) to load 1353 integrations from a total number of integrations...........1364 Warning: check first a few integrations! Warning: the headers or data may be corrupted! number of c1 + SWARM Spectra.....5 number of polarizations..........1: XX--non polarization number of receivers..............2: rx1->230, rx2->240 number of sidebands..............2: lsb & usb number of baselines..............28 number of antennas...............8 number of channels...............65537 solving for antenna-based Tsys... 1626-298 id= 1 RA=16:26:06.0187 DEC=-29:51:26.9728 0005+383 id= 2 RA=00:05:57.1750 DEC= 38:20:15.1428 0013+408 id= 3 RA=00:13:31.1300 DEC= 40:51:37.1420 HD223460 id= 4 RA=23:49:40.9616 DEC= 36:25:31.0135 Neptune id= 5 RA=23:02:31.1719 DEC= -7:08:16.0018 0019+734 id= 6 RA=00:19:45.7860 DEC= 73:27:30.0092 0102+584 id= 7 RA=01:02:45.7618 DEC= 58:24:11.1292 HD225216 id= 8 RA=00:04:41.9817 DEC= 67:09:59.1943 bllac id= 9 RA=22:02:43.2912 DEC= 42:16:39.9756 A total of 9 source(s) found in this data set. reading visibilities.............inhid time(UTC) int(s) percent Gbyt W-status inhset=..........................00001 0d09:31:54 29.7 000 (%) 0.00 NO inhset=..........................00100 0d10:20:23 29.7 007 (%) 2.94 OK inhset=..........................00200 0d11:09:51 29.7 014 (%) 5.87 OK inhset=..........................00300 0d11:59:19 29.7 022 (%) 8.81 OK inhset=..........................00400 0d12:52:15 29.7 029 (%) 11.74 OK inhset=..........................00500 0d13:41:43 29.7 036 (%) 14.68 OK inhset=..........................00600 0d14:31:12 29.7 044 (%) 17.62 OK inhset=..........................00700 0d15:20:40 29.7 051 (%) 20.55 OK inhset=..........................00800 0d16:10:08 29.7 058 (%) 23.49 OK inhset=..........................00900 0d16:59:37 29.7 066 (%) 26.43 OK inhset=..........................01000 0d17:25:10 05.2 073 (%) 29.36 OK inhset=..........................01100 0d18:12:48 29.7 080 (%) 32.30 OK inhset=..........................01200 0d18:52:40 05.2 088 (%) 35.23 OK inhset=..........................01300 0d19:29:41 29.7 095 (%) 38.17 OK inhset=.............. inhset=..........................01354 0d19:56:24 29.7 099 (%) 39.76 OK Warning: only store the visibility data in the integration range: between the start inhset=1 and the end inhset=1353 Warning: for both receivers ID: 0 and 3 rx1 ID: 0->230, rx2 ID: 3->240 Real time used = 1210 sec. Output file = 170717_rx0.usb UVINDEX: version 5-sept-2013 done with sb - usb End the pre-processing successfully! Fri Oct 6 18:12:45 EDT 2017