VEX_rev = 1.5; * SCHED vers: Development version 11.5. Started Apr. 2 * VEX/SCHED: 1.5.87 * Other versions: Sched: 11.5 Plot: 1.06 JPL-ephem: 0.00 *------------------------------------------------------------------------------ $GLOBAL; ref $EXPER = FT038; ref $EOP = EOP050; * +------------+ * PI revision number: | 1.0000 | * +------------+ *------------------------------------------------------------------------------ $EXPER; * def FT038; exper_name = FT038; exper_description = "Ar fringe test (LG)"; PI_name = campbell; PI_email = campbell@jive.eu; * address: JIVE * * * * phone: 0521-596-534 * during obs: * fax: * notes: 2 modes: everyone at 32MH channels & mixed-BW = user L-band Gbps * Ar same in both modes * * year, doy: 2020, 51 * date : Thu 20 Feb 2020 * MJD : 58899 exper_nominal_start=2020y051d08h00m00s; exper_nominal_stop=2020y051d09h51m00s; * target_correlator = JIVE; * * integr_time : 2.000 s * number_channels: 16 * number_antenna : 11 * cross_polarize : Yes * weight_func : UNIFORM * distrib_medium : DAT * distrib_format : FITS * source_pos_cat : STANDARD * distribute_to : * JIVE * enddef; *------------------------------------------------------------------------------ $MODE; * def sess120.L1024ar; ref $PROCEDURES = Mode_01; ref $FREQ = 1610.50MHz16x16MHz:Wb:Tr:Ir; ref $FREQ = 1594.50MHz8x32MHz:Ar; ref $IF = LO@1247MHzDPolNoTone:Wb; ref $IF = LO@2300MHzDPolNoTone:Tr; ref $IF = LO@1350MHzDPolNoTone:Ir; ref $IF = LO@2400MHzDPolNoTone:Ar; ref $BBC = 16BBCs:Wb:Tr; ref $BBC = 16BBCs#02:Ir; ref $BBC = 8BBCs:Ar; ref $TRACKS = VDIF.16Ch2bit1to1:Wb:Tr:Ir; ref $TRACKS = VDIF.8Ch2bit1to1:Ar; ref $THREADS = IrThreads:Ir:Wb; ref $THREADS = TrThreads:Tr; ref $THREADS = ArThreads:Ar; * ref $HEAD_POS = DiskVoid <= obsolete definition ref $ROLL = NoRoll:Wb:Tr:Ir:Ar; * ref $PASS_ORDER = DiskVoid <= obsolete definition ref $PHASE_CAL_DETECT = NoDetect#02:Wb:Tr:Ir; ref $PHASE_CAL_DETECT = NoDetect:Ar; enddef; * def sess120.L1024ar32; ref $PROCEDURES = Mode_02; ref $FREQ = 1626.50MHz8x32MHz:Wb:Tr:Ir; ref $FREQ = 1594.50MHz8x32MHz:Ar; ref $IF = LO@1247MHzDPolNoTone:Wb; ref $IF = LO@2300MHzDPolNoTone:Tr; ref $IF = LO@1350MHzDPolNoTone:Ir; ref $IF = LO@2400MHzDPolNoTone:Ar; ref $BBC = 8BBCs#02:Wb:Tr; ref $BBC = 8BBCs#03:Ir; ref $BBC = 8BBCs:Ar; ref $TRACKS = VDIF.8Ch2bit1to1#02:Wb:Tr:Ir; ref $TRACKS = VDIF.8Ch2bit1to1:Ar; ref $THREADS = IrThreads#2:Wb:Ir; ref $THREADS = ArThreads:Ar; ref $THREADS = TrThreads#2:Tr; * ref $HEAD_POS = DiskVoid <= obsolete definition ref $ROLL = NoRoll:Wb:Tr:Ir:Ar; * ref $PASS_ORDER = DiskVoid <= obsolete definition ref $PHASE_CAL_DETECT = NoDetect#03:Wb:Tr:Ir; ref $PHASE_CAL_DETECT = NoDetect:Ar; enddef; *------------------------------------------------------------------------------ $STATION; * def Wb; ref $SITE = WSTRBORK; ref $ANTENNA = WSTRBORK; ref $DAS = 2DBBC+NONE<; ref $TAPELOG_OBS = WB; ref $CLOCK = WB; enddef; * def Tr; ref $SITE = TORUN; ref $ANTENNA = TORUN; ref $DAS = 2DBBC+NONE<; ref $TAPELOG_OBS = TR; ref $CLOCK = TR; enddef; * def Ir; ref $SITE = IRBENE; ref $ANTENNA = IRBENE; ref $DAS = 2DBBC+NONE<; ref $TAPELOG_OBS = IR; ref $CLOCK = IR; enddef; * def Ar; ref $SITE = ARECIBO; ref $ANTENNA = ARECIBO; ref $DAS = 2RDBE2+NONE<; ref $TAPELOG_OBS = AR; ref $CLOCK = AR; enddef; *------------------------------------------------------------------------------ $PROCEDURES; * def Mode_01; procedure_name_prefix = "01"; tape_change = 420 sec; headstack_motion = 6 sec; new_source_command = 5 sec; new_tape_setup = 20 sec; setup_always = on : 20 sec; parity_check = off : 100 sec; tape_prepass = off : 600 sec; preob_cal = on : 10 sec : preob; midob_cal = on : 15 sec : midob; postob_cal = on : 0 sec : postob; enddef; * def Mode_02; procedure_name_prefix = "02"; tape_change = 420 sec; headstack_motion = 6 sec; new_source_command = 5 sec; new_tape_setup = 20 sec; setup_always = on : 20 sec; parity_check = off : 100 sec; tape_prepass = off : 600 sec; preob_cal = on : 10 sec : preob; midob_cal = on : 15 sec : midob; postob_cal = on : 0 sec : postob; enddef; *------------------------------------------------------------------------------ $SITE; * def WSTRBORK; site_type = fixed; site_name = WSTRBORK; site_ID = Wb; * elev= 70.97 long=-006:35:38. lat= 52:54:55.1 * site_position = 3828750.69690 m: 442589.21760 m: 5064921.57000 m; site_position = 3828750.38387 m: 442589.61184 m: 5064921.77198 m; * First line below is VEX standard format. Use only when readers are ready. enddef; * def TORUN; site_type = fixed; site_name = TORUN; site_ID = Tr; * elev= 133.61 long=-018:33:50. lat= 53:05:43.7 * site_position = 3638558.51000 m: 1221969.72000 m: 5077036.76000 m; site_position = 3638558.13959 m: 1221970.10058 m: 5077036.93398 m; * First line below is VEX standard format. Use only when readers are ready. horizon_map_az = 0.0 deg:360.0; horizon_map_el = 2.0 deg: 2.0; enddef; * def IRBENE; site_type = fixed; site_name = IRBENE; site_ID = Ir; * elev= 59.50 long=-021:51:17. lat= 57:33:12.2 * site_position = 3183649.31400 m: 1276902.98900 m: 5359264.71000 m; site_position = 3183649.25896 m: 1276903.03895 m: 5359264.73080 m; * First line below is VEX standard format. Use only when readers are ready. enddef; * def ARECIBO; site_type = fixed; site_name = ARECIBO; site_ID = Ar; * elev= 451.18 long= 066:45:09. lat= 18:20:39.0 * site_position = 2390486.90000 m:-5564731.44000 m: 1994720.45000 m; site_position = 2390487.07955 m:-5564731.35766 m: 1994720.63282 m; * First line below is VEX standard format. Use only when readers are ready. enddef; *------------------------------------------------------------------------------ $ANTENNA; * def WSTRBORK; axis_type = ha : dec; antenna_motion = dec : 18.0 deg/min : 10 sec; * 0.100 deg/sec/sec antenna_motion = ha : 18.0 deg/min : 10 sec; * 0.100 deg/sec/sec axis_offset = 4.95000 m; enddef; * def TORUN; axis_type = az : el; antenna_motion = el : 16.0 deg/min : 5 sec; * 0.030 deg/sec/sec antenna_motion = az : 30.0 deg/min : 5 sec; * 0.050 deg/sec/sec pointing_sector = &ccw : az : -80.00 deg: 80.00 deg: el : 3.00 deg: 90.00 deg; * CWZ 1 pointing_sector = &n : az : 80.00 deg: 280.00 deg: el : 3.00 deg: 90.00 deg; * CWZ 2 pointing_sector = &cw : az : 280.00 deg: 440.00 deg: el : 3.00 deg: 90.00 deg; * CWZ 3 pointing_sector = &ccwp : az : -80.00 deg: 80.00 deg: el : 90.00 deg: 93.00 deg; * CWZ 4 pointing_sector = &np : az : 80.00 deg: 280.00 deg: el : 90.00 deg: 93.00 deg; * CWZ 5 pointing_sector = &cwp : az : 280.00 deg: 440.00 deg: el : 90.00 deg: 93.00 deg; * CWZ 6 axis_offset = 0.00000 m; enddef; * def IRBENE; axis_type = az : el; antenna_motion = el : 120.0 deg/min : 3 sec; * 1000.000 deg/sec/sec antenna_motion = az : 120.0 deg/min : 3 sec; * 1000.000 deg/sec/sec pointing_sector = &ccw : az :-330.00 deg: -30.00 deg: el : 5.00 deg: 85.00 deg; * CWZ 1 pointing_sector = &n : az : -30.00 deg: 30.00 deg: el : 5.00 deg: 85.00 deg; * CWZ 2 pointing_sector = &cw : az : 30.00 deg: 330.00 deg: el : 5.00 deg: 85.00 deg; * CWZ 3 axis_offset = 0.00000 m; enddef; * def ARECIBO; axis_type = az : el; antenna_motion = el : 2.5 deg/min : 7 sec; * 0.025 deg/sec/sec antenna_motion = az : 25.0 deg/min : 7 sec; * 0.100 deg/sec/sec pointing_sector = &ccw : az : 0.00 deg: 360.00 deg: el : 70.30 deg: 88.80 deg; * CWZ 1 pointing_sector = &n : az : 360.00 deg: 360.00 deg: el : 70.30 deg: 88.80 deg; * CWZ 2 pointing_sector = &cw : az : 360.00 deg: 720.00 deg: el : 70.30 deg: 88.80 deg; * CWZ 3 axis_offset = 0.00000 m; enddef; *------------------------------------------------------------------------------ $DAS; * def 2DBBC+NONE<; record_transport_type = Mark5C; electronics_rack_type = DBBC; number_drives = 2; headstack = 1 : : 0 ; headstack = 2 : : 1 ; tape_motion = adaptive : 0 min: 0 min: 10 sec; enddef; * def 2RDBE2+NONE<; record_transport_type = Mark5C; electronics_rack_type = RDBE2; number_drives = 2; headstack = 1 : : 0 ; headstack = 2 : : 1 ; tape_motion = adaptive : 0 min: 0 min: 10 sec; enddef; *------------------------------------------------------------------------------ $SOURCE; * def J1436+2321; source_name = J1436+2321; * this source had calibrator code: V * alternate source name: 1434+235 * alternate source name: J1436+23 * GSFC 2016a X/S astro solution, 272 observations. ra = 14h36m40.9810897s; dec = 23d21'03.259884"; ref_coord_frame = J2000; * ra = 14h34m25.4061748s; dec = 23d34'03.143299"; ref_coord_frame = B1950; * ra = 14h37m35.1531111s; dec = 23d15'42.252874"; ref_coord_frame = Date; enddef; *------------------------------------------------------------------------------ $FREQ; * def 1594.50MHz8x32MHz; * mode = 1 stations =Ar * mode = 2 stations =Ar sample_rate = 64.000 Ms/sec; * (2bits/sample) chan_def = : 1594.50 MHz : U : 32.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp chan_def = : 1594.50 MHz : U : 32.00 MHz : &CH02 : &BBC02 : &NoCal; *Lcp chan_def = : 1626.50 MHz : U : 32.00 MHz : &CH03 : &BBC03 : &NoCal; *Rcp chan_def = : 1626.50 MHz : U : 32.00 MHz : &CH04 : &BBC04 : &NoCal; *Lcp chan_def = : 1658.50 MHz : U : 32.00 MHz : &CH05 : &BBC05 : &NoCal; *Rcp chan_def = : 1658.50 MHz : U : 32.00 MHz : &CH06 : &BBC06 : &NoCal; *Lcp chan_def = : 1690.50 MHz : U : 32.00 MHz : &CH07 : &BBC07 : &NoCal; *Rcp chan_def = : 1690.50 MHz : U : 32.00 MHz : &CH08 : &BBC08 : &NoCal; *Lcp enddef; * def 1610.50MHz16x16MHz; * mode = 1 stations =Wb:Tr:Ir sample_rate = 32.000 Ms/sec; * (2bits/sample) chan_def = : 1610.50 MHz : L : 16.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp chan_def = : 1610.50 MHz : L : 16.00 MHz : &CH02 : &BBC09 : &NoCal; *Lcp chan_def = : 1610.50 MHz : U : 16.00 MHz : &CH03 : &BBC01 : &NoCal; *Rcp chan_def = : 1610.50 MHz : U : 16.00 MHz : &CH04 : &BBC09 : &NoCal; *Lcp chan_def = : 1642.50 MHz : L : 16.00 MHz : &CH05 : &BBC02 : &NoCal; *Rcp chan_def = : 1642.50 MHz : L : 16.00 MHz : &CH06 : &BBC10 : &NoCal; *Lcp chan_def = : 1642.50 MHz : U : 16.00 MHz : &CH07 : &BBC02 : &NoCal; *Rcp chan_def = : 1642.50 MHz : U : 16.00 MHz : &CH08 : &BBC10 : &NoCal; *Lcp chan_def = : 1674.50 MHz : L : 16.00 MHz : &CH09 : &BBC03 : &NoCal; *Rcp chan_def = : 1674.50 MHz : L : 16.00 MHz : &CH10 : &BBC11 : &NoCal; *Lcp chan_def = : 1674.50 MHz : U : 16.00 MHz : &CH11 : &BBC03 : &NoCal; *Rcp chan_def = : 1674.50 MHz : U : 16.00 MHz : &CH12 : &BBC11 : &NoCal; *Lcp chan_def = : 1706.50 MHz : L : 16.00 MHz : &CH13 : &BBC04 : &NoCal; *Rcp chan_def = : 1706.50 MHz : L : 16.00 MHz : &CH14 : &BBC12 : &NoCal; *Lcp chan_def = : 1706.50 MHz : U : 16.00 MHz : &CH15 : &BBC04 : &NoCal; *Rcp chan_def = : 1706.50 MHz : U : 16.00 MHz : &CH16 : &BBC12 : &NoCal; *Lcp enddef; * def 1626.50MHz8x32MHz; * mode = 2 stations =Wb:Tr:Ir sample_rate = 64.000 Ms/sec; * (2bits/sample) chan_def = : 1626.50 MHz : L : 32.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp chan_def = : 1626.50 MHz : L : 32.00 MHz : &CH02 : &BBC09 : &NoCal; *Lcp chan_def = : 1626.50 MHz : U : 32.00 MHz : &CH03 : &BBC01 : &NoCal; *Rcp chan_def = : 1626.50 MHz : U : 32.00 MHz : &CH04 : &BBC09 : &NoCal; *Lcp chan_def = : 1690.50 MHz : L : 32.00 MHz : &CH05 : &BBC02 : &NoCal; *Rcp chan_def = : 1690.50 MHz : L : 32.00 MHz : &CH06 : &BBC10 : &NoCal; *Lcp chan_def = : 1690.50 MHz : U : 32.00 MHz : &CH07 : &BBC02 : &NoCal; *Rcp chan_def = : 1690.50 MHz : U : 32.00 MHz : &CH08 : &BBC10 : &NoCal; *Lcp enddef; *------------------------------------------------------------------------------ $IF; * def LO@2400MHzDPolNoTone; * mode = 1 stations =Ar * mode = 2 stations =Ar if_def = &IF_A : A : R : 2400.00 MHz : L ; * PCall off! 0.0 0.0 205c 0 NA if_def = &IF_C : C : L : 2400.00 MHz : L ; * PCall off! 0.0 0.0 205c 0 NA enddef; * def LO@1247MHzDPolNoTone; * mode = 1 stations =Wb * mode = 2 stations =Wb if_def = &IF_A1 : A1 : R : 1247.00 MHz : U ; * PCall off! 0.0 0.0 NA 0 NA if_def = &IF_B1 : B1 : L : 1247.00 MHz : U ; * PCall off! 0.0 0.0 NA 0 NA enddef; * def LO@2300MHzDPolNoTone; * mode = 1 stations =Tr * mode = 2 stations =Tr if_def = &IF_A1 : A1 : R : 2300.00 MHz : L ; * PCall off! 0.0 0.0 NA 0 NA if_def = &IF_B1 : B1 : L : 2300.00 MHz : L ; * PCall off! 0.0 0.0 NA 0 NA enddef; * def LO@1350MHzDPolNoTone; * mode = 1 stations =Ir * mode = 2 stations =Ir if_def = &IF_A2 : A2 : R : 1350.00 MHz : U ; * PCall off! 0.0 0.0 NA 0 NA if_def = &IF_C2 : C2 : L : 1350.00 MHz : U ; * PCall off! 0.0 0.0 NA 0 NA enddef; *------------------------------------------------------------------------------ $BBC; * def 8BBCs; * mode = 1 stations =Ar * mode = 2 stations =Ar BBC_assign = &BBC01 : 1 : &IF_A; BBC_assign = &BBC02 : 2 : &IF_C; BBC_assign = &BBC03 : 3 : &IF_A; BBC_assign = &BBC04 : 4 : &IF_C; BBC_assign = &BBC05 : 5 : &IF_A; BBC_assign = &BBC06 : 6 : &IF_C; BBC_assign = &BBC07 : 7 : &IF_A; BBC_assign = &BBC08 : 8 : &IF_C; enddef; * def 16BBCs; * mode = 1 stations =Wb:Tr BBC_assign = &BBC01 : 1 : &IF_A1; BBC_assign = &BBC09 : 9 : &IF_B1; BBC_assign = &BBC02 : 2 : &IF_A1; BBC_assign = &BBC10 : 10 : &IF_B1; BBC_assign = &BBC03 : 3 : &IF_A1; BBC_assign = &BBC11 : 11 : &IF_B1; BBC_assign = &BBC04 : 4 : &IF_A1; BBC_assign = &BBC12 : 12 : &IF_B1; enddef; * def 16BBCs#02; * mode = 1 stations =Ir BBC_assign = &BBC01 : 1 : &IF_A2; BBC_assign = &BBC09 : 9 : &IF_C2; BBC_assign = &BBC02 : 2 : &IF_A2; BBC_assign = &BBC10 : 10 : &IF_C2; BBC_assign = &BBC03 : 3 : &IF_A2; BBC_assign = &BBC11 : 11 : &IF_C2; BBC_assign = &BBC04 : 4 : &IF_A2; BBC_assign = &BBC12 : 12 : &IF_C2; enddef; * def 8BBCs#02; * mode = 2 stations =Wb:Tr BBC_assign = &BBC01 : 1 : &IF_A1; BBC_assign = &BBC09 : 9 : &IF_B1; BBC_assign = &BBC02 : 2 : &IF_A1; BBC_assign = &BBC10 : 10 : &IF_B1; enddef; * def 8BBCs#03; * mode = 2 stations =Ir BBC_assign = &BBC01 : 1 : &IF_A2; BBC_assign = &BBC09 : 9 : &IF_C2; BBC_assign = &BBC02 : 2 : &IF_A2; BBC_assign = &BBC10 : 10 : &IF_C2; enddef; *------------------------------------------------------------------------------ $PHASE_CAL_DETECT; * def NoDetect; * mode = 1 stations =Ar * mode = 2 stations =Ar phase_cal_detect = &NoCal; enddef; * def NoDetect#02; * mode = 1 stations =Wb:Tr:Ir phase_cal_detect = &NoCal; enddef; * def NoDetect#03; * mode = 2 stations =Wb:Tr:Ir phase_cal_detect = &NoCal; enddef; *------------------------------------------------------------------------------ $TRACKS; * def VDIF.8Ch2bit1to1; * mode = 1 stations =Ar * mode = 2 stations =Ar * firmware_type = RDBE_DDC; * format = VDIF, and fan-out = 1 * mode requires 64.00Mb/s/tr; stations using disks track_frame_format = VDIF5032; fanout_def = : &CH01 : sign : 1: 1; fanout_def = : &CH01 : mag : 1: 1; fanout_def = : &CH02 : sign : 1: 2; fanout_def = : &CH02 : mag : 1: 2; fanout_def = : &CH03 : sign : 1: 3; fanout_def = : &CH03 : mag : 1: 3; fanout_def = : &CH04 : sign : 1: 4; fanout_def = : &CH04 : mag : 1: 4; fanout_def = : &CH05 : sign : 1: 5; fanout_def = : &CH05 : mag : 1: 5; fanout_def = : &CH06 : sign : 1: 6; fanout_def = : &CH06 : mag : 1: 6; fanout_def = : &CH07 : sign : 1: 7; fanout_def = : &CH07 : mag : 1: 7; fanout_def = : &CH08 : sign : 1: 8; fanout_def = : &CH08 : mag : 1: 8; enddef; * def VDIF.16Ch2bit1to1; * mode = 1 stations =Wb:Tr:Ir * firmware_type = DBBC_DDC; * format = VDIF, and fan-out = 1 * mode requires 32.00Mb/s/tr; stations using disks track_frame_format = VDIF5032; fanout_def = : &CH01 : sign : 1: 1; fanout_def = : &CH01 : mag : 1: 1; fanout_def = : &CH02 : sign : 1: 2; fanout_def = : &CH02 : mag : 1: 2; fanout_def = : &CH03 : sign : 1: 3; fanout_def = : &CH03 : mag : 1: 3; fanout_def = : &CH04 : sign : 1: 4; fanout_def = : &CH04 : mag : 1: 4; fanout_def = : &CH05 : sign : 1: 5; fanout_def = : &CH05 : mag : 1: 5; fanout_def = : &CH06 : sign : 1: 6; fanout_def = : &CH06 : mag : 1: 6; fanout_def = : &CH07 : sign : 1: 7; fanout_def = : &CH07 : mag : 1: 7; fanout_def = : &CH08 : sign : 1: 8; fanout_def = : &CH08 : mag : 1: 8; fanout_def = : &CH09 : sign : 1: 9; fanout_def = : &CH09 : mag : 1: 9; fanout_def = : &CH10 : sign : 1: 10; fanout_def = : &CH10 : mag : 1: 10; fanout_def = : &CH11 : sign : 1: 11; fanout_def = : &CH11 : mag : 1: 11; fanout_def = : &CH12 : sign : 1: 12; fanout_def = : &CH12 : mag : 1: 12; fanout_def = : &CH13 : sign : 1: 13; fanout_def = : &CH13 : mag : 1: 13; fanout_def = : &CH14 : sign : 1: 14; fanout_def = : &CH14 : mag : 1: 14; fanout_def = : &CH15 : sign : 1: 15; fanout_def = : &CH15 : mag : 1: 15; fanout_def = : &CH16 : sign : 1: 16; fanout_def = : &CH16 : mag : 1: 16; enddef; * def VDIF.8Ch2bit1to1#02; * mode = 2 stations =Wb:Tr:Ir * firmware_type = DBBC_DDC; * format = VDIF, and fan-out = 1 * mode requires 64.00Mb/s/tr; stations using disks track_frame_format = VDIF5032; fanout_def = : &CH01 : sign : 1: 1; fanout_def = : &CH01 : mag : 1: 1; fanout_def = : &CH02 : sign : 1: 2; fanout_def = : &CH02 : mag : 1: 2; fanout_def = : &CH03 : sign : 1: 3; fanout_def = : &CH03 : mag : 1: 3; fanout_def = : &CH04 : sign : 1: 4; fanout_def = : &CH04 : mag : 1: 4; fanout_def = : &CH05 : sign : 1: 5; fanout_def = : &CH05 : mag : 1: 5; fanout_def = : &CH06 : sign : 1: 6; fanout_def = : &CH06 : mag : 1: 6; fanout_def = : &CH07 : sign : 1: 7; fanout_def = : &CH07 : mag : 1: 7; fanout_def = : &CH08 : sign : 1: 8; fanout_def = : &CH08 : mag : 1: 8; enddef; *------------------------------------------------------------------------------ *$BITSTREAMS; * *------------------------------------------------------------------------------ $THREADS; * def IrThreads; * Stations = Ir:Wb * Modes = sess120.L1024ar format = VDIF : : 1024; thread = 0 : 1 : 1 : 1024 : 16 : 2 : : : 8000; channel = &CH01 : 0 : 8; channel = &CH02 : 0 : 12; channel = &CH03 : 0 : 0; channel = &CH04 : 0 : 4; channel = &CH05 : 0 : 9; channel = &CH06 : 0 : 13; channel = &CH07 : 0 : 1; channel = &CH08 : 0 : 5; channel = &CH09 : 0 : 10; channel = &CH10 : 0 : 14; channel = &CH11 : 0 : 2; channel = &CH12 : 0 : 6; channel = &CH13 : 0 : 11; channel = &CH14 : 0 : 15; channel = &CH15 : 0 : 3; channel = &CH16 : 0 : 7; enddef; * def TrThreads; * Stations = Tr * Modes = sess120.L1024ar format = VDIF : : 1024; thread = 0 : 1 : 1 : 1024 : 16 : 2 : : : 8000; channel = &CH01 : 0 : 0; channel = &CH02 : 0 : 4; channel = &CH03 : 0 : 8; channel = &CH04 : 0 : 12; channel = &CH05 : 0 : 1; channel = &CH06 : 0 : 5; channel = &CH07 : 0 : 9; channel = &CH08 : 0 : 13; channel = &CH09 : 0 : 2; channel = &CH10 : 0 : 6; channel = &CH11 : 0 : 10; channel = &CH12 : 0 : 14; channel = &CH13 : 0 : 3; channel = &CH14 : 0 : 7; channel = &CH15 : 0 : 11; channel = &CH16 : 0 : 15; enddef; * def ArThreads; * Stations = Ar * Modes = sess120.L1024ar, sess120.L1024ar32 format = VDIF : : 1024; thread = 0 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 1 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 2 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 3 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 4 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 5 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 6 : 1 : 1 : 128 : 1 : 2 : : : 5000; thread = 7 : 1 : 1 : 128 : 1 : 2 : : : 5000; channel = &CH01 : 0 : 0; channel = &CH02 : 1 : 0; channel = &CH03 : 2 : 0; channel = &CH04 : 3 : 0; channel = &CH05 : 4 : 0; channel = &CH06 : 5 : 0; channel = &CH07 : 6 : 0; channel = &CH08 : 7 : 0; enddef; * def IrThreads#2; * Stations = Ir:Wb * Modes = sess120.L1024ar32 format = VDIF : : 1024; thread = 0 : 1 : 1 : 1024 : 8 : 2 : : : 8000; channel = &CH01 : 0 : 4; channel = &CH02 : 0 : 6; channel = &CH03 : 0 : 0; channel = &CH04 : 0 : 2; channel = &CH05 : 0 : 5; channel = &CH06 : 0 : 7; channel = &CH07 : 0 : 1; channel = &CH08 : 0 : 3; enddef; * def TrThreads#2; * Stations = Tr * Modes = sess120.L1024ar32 format = VDIF : : 1024; thread = 0 : 1 : 1 : 1024 : 8 : 2 : : : 8000; channel = &CH01 : 0 : 0; channel = &CH02 : 0 : 2; channel = &CH03 : 0 : 4; channel = &CH04 : 0 : 6; channel = &CH05 : 0 : 1; channel = &CH06 : 0 : 3; channel = &CH07 : 0 : 5; channel = &CH08 : 0 : 7; enddef; *------------------------------------------------------------------------------ $HEAD_POS; def DiskVoid; * mode = 1 stations =Wb:Tr:Ir:Ar * mode = 2 stations =Wb:Tr:Ir:Ar * Head positions irrelevant for Disk: empty def enddef; *------------------------------------------------------------------------------ $PASS_ORDER; * def DiskVoid; * mode = 1 stations =Wb:Tr:Ir:Ar * mode = 2 stations =Wb:Tr:Ir:Ar * Pass orders irrelevant for Disk: empty def enddef; *------------------------------------------------------------------------------ $ROLL; * def NoRoll; * mode = 1 stations =Wb:Tr:Ir:Ar * mode = 2 stations =Wb:Tr:Ir:Ar * barrel-roll set to 'roll_off', so reverse-roll by 0 (1 head) roll = off; enddef; *------------------------------------------------------------------------------ $SCHED; * schedule section for experiment FT038 * Ar fringe test (LG) scan No0001; start=2020y051d08h00m00s; mode=sess120.L1024ar32; source=J1436+2321; * :data_good:data_stop:goto_foot: pass: wrap :driv:tape at station=Wb: 0 sec: 600 sec: 0.000 GB: : : 1; station=Tr: 0 sec: 600 sec: 0.000 GB: : &n : 1; station=Ir: 0 sec: 600 sec: 0.000 GB: : &ccw : 1; station=Ar: 0 sec: 600 sec: 0.000 GB: : &cw : 1; endscan; scan No0002; start=2020y051d08h11m00s; mode=sess120.L1024ar32; source=J1436+2321; * ftp scan data_transfer=Wb: disk2file: FT038_wb_No0002.m5a: 180 sec: 182 sec: ; data_transfer=Tr: disk2file: FT038_tr_No0002.m5a: 180 sec: 182 sec: ; data_transfer=Ir: disk2file: FT038_ir_No0002.m5a: 180 sec: 182 sec: ; data_transfer=Ar: disk2file: FT038_ar_No0002.m5a: 180 sec: 182 sec: ; station=Wb: 0 sec: 240 sec: 77.292 GB: : : 1; station=Tr: 0 sec: 240 sec: 77.292 GB: : &n : 1; station=Ir: 0 sec: 240 sec: 77.292 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 77.292 GB: : &cw : 1; endscan; scan No0003; start=2020y051d08h20m00s; mode=sess120.L1024ar32; source=J1436+2321; station=Wb: 0 sec: 420 sec: 108.208 GB: : : 1; station=Tr: 0 sec: 420 sec: 108.208 GB: : &n : 1; station=Ir: 0 sec: 420 sec: 108.208 GB: : &ccw : 1; station=Ar: 0 sec: 420 sec: 108.208 GB: : &cw : 1; endscan; scan No0004; start=2020y051d08h30m00s; mode=sess120.L1024ar; source=J1436+2321; station=Wb: 0 sec: 240 sec: 162.312 GB: : : 1; station=Tr: 0 sec: 240 sec: 162.312 GB: : &n : 1; station=Ir: 0 sec: 240 sec: 162.312 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 162.312 GB: : &cw : 1; endscan; scan No0005; start=2020y051d08h35m00s; mode=sess120.L1024ar32; source=J1436+2321; * ftp scan data_transfer=Wb: disk2file: FT038_wb_No0005.m5a: 180 sec: 182 sec: ; data_transfer=Tr: disk2file: FT038_tr_No0005.m5a: 180 sec: 182 sec: ; data_transfer=Ir: disk2file: FT038_ir_No0005.m5a: 180 sec: 182 sec: ; data_transfer=Ar: disk2file: FT038_ar_No0005.m5a: 180 sec: 182 sec: ; station=Wb: 0 sec: 240 sec: 193.229 GB: : : 1; station=Tr: 0 sec: 240 sec: 193.229 GB: : &n : 1; station=Ir: 0 sec: 240 sec: 193.229 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 193.229 GB: : &cw : 1; endscan; scan No0006; start=2020y051d08h44m00s; mode=sess120.L1024ar32; source=J1436+2321; station=Wb: 0 sec: 420 sec: 224.145 GB: : : 1; station=Tr: 0 sec: 420 sec: 224.145 GB: : &n : 1; station=Ir: 0 sec: 420 sec: 224.145 GB: : &ccw : 1; station=Ar: 0 sec: 420 sec: 224.145 GB: : &cw : 1; endscan; scan No0007; start=2020y051d08h54m00s; mode=sess120.L1024ar; source=J1436+2321; station=Wb: 0 sec: 240 sec: 278.249 GB: : : 1; station=Tr: 0 sec: 240 sec: 278.249 GB: : &n : 1; station=Ir: 0 sec: 240 sec: 278.249 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 278.249 GB: : &cw : 1; endscan; scan No0008; start=2020y051d08h59m00s; mode=sess120.L1024ar32; source=J1436+2321; * ftp scan data_transfer=Wb: disk2file: FT038_wb_No0008.m5a: 180 sec: 182 sec: ; data_transfer=Tr: disk2file: FT038_tr_No0008.m5a: 180 sec: 182 sec: ; data_transfer=Ir: disk2file: FT038_ir_No0008.m5a: 180 sec: 182 sec: ; data_transfer=Ar: disk2file: FT038_ar_No0008.m5a: 180 sec: 182 sec: ; station=Wb: 0 sec: 240 sec: 309.166 GB: : : 1; station=Tr: 0 sec: 240 sec: 309.166 GB: : &n : 1; station=Ir: 0 sec: 240 sec: 309.166 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 309.166 GB: : &cw : 1; endscan; scan No0009; start=2020y051d09h08m00s; mode=sess120.L1024ar32; source=J1436+2321; station=Wb: 0 sec: 420 sec: 340.083 GB: : : 1; station=Tr: 0 sec: 420 sec: 340.083 GB: : &cw : 1; station=Ir: 0 sec: 420 sec: 340.083 GB: : &ccw : 1; station=Ar: 0 sec: 420 sec: 340.083 GB: : &ccw : 1; endscan; scan No0010; start=2020y051d09h18m00s; mode=sess120.L1024ar; source=J1436+2321; station=Wb: 0 sec: 240 sec: 394.187 GB: : : 1; station=Tr: 0 sec: 240 sec: 394.187 GB: : &cw : 1; station=Ir: 0 sec: 240 sec: 394.187 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 394.187 GB: : &ccw : 1; endscan; scan No0011; start=2020y051d09h23m00s; mode=sess120.L1024ar32; source=J1436+2321; * ftp scan data_transfer=Wb: disk2file: FT038_wb_No0011.m5a: 180 sec: 182 sec: ; data_transfer=Tr: disk2file: FT038_tr_No0011.m5a: 180 sec: 182 sec: ; data_transfer=Ir: disk2file: FT038_ir_No0011.m5a: 180 sec: 182 sec: ; data_transfer=Ar: disk2file: FT038_ar_No0011.m5a: 180 sec: 182 sec: ; station=Wb: 0 sec: 240 sec: 425.103 GB: : : 1; station=Tr: 0 sec: 240 sec: 425.103 GB: : &cw : 1; station=Ir: 0 sec: 240 sec: 425.103 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 425.103 GB: : &ccw : 1; endscan; scan No0012; start=2020y051d09h32m00s; mode=sess120.L1024ar32; source=J1436+2321; station=Wb: 0 sec: 420 sec: 456.020 GB: : : 1; station=Tr: 0 sec: 420 sec: 456.020 GB: : &cw : 1; station=Ir: 0 sec: 420 sec: 456.020 GB: : &ccw : 1; station=Ar: 0 sec: 420 sec: 456.020 GB: : &ccw : 1; endscan; scan No0013; start=2020y051d09h42m00s; mode=sess120.L1024ar; source=J1436+2321; * :data_good:data_stop:goto_foot: pass: wrap :driv:tape at station=Wb: 0 sec: 240 sec: 510.124 GB: : : 1; station=Tr: 0 sec: 240 sec: 510.124 GB: : &cw : 1; station=Ir: 0 sec: 240 sec: 510.124 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 510.124 GB: : &ccw : 1; endscan; scan No0014; start=2020y051d09h47m00s; mode=sess120.L1024ar; source=J1436+2321; * ftp scan data_transfer=Wb: disk2file: FT038_wb_No0014.m5a: 180 sec: 182 sec: ; data_transfer=Tr: disk2file: FT038_tr_No0014.m5a: 180 sec: 182 sec: ; data_transfer=Ir: disk2file: FT038_ir_No0014.m5a: 180 sec: 182 sec: ; data_transfer=Ar: disk2file: FT038_ar_No0014.m5a: 180 sec: 182 sec: ; station=Wb: 0 sec: 240 sec: 541.041 GB: : : 1; station=Tr: 0 sec: 240 sec: 541.041 GB: : &cw : 1; station=Ir: 0 sec: 240 sec: 541.041 GB: : &ccw : 1; station=Ar: 0 sec: 240 sec: 541.041 GB: : &ccw : 1; endscan; *------------------------------------------------------------------------------- $TAPELOG_OBS; * Experiment: FT038 *------------------------------------------------------------------------------- * * drive# VSN start time end time def AR; VSN = 1 : Ar-eVLBI : 2020y051d08h00m00s : 2020y051d09h51m00s; enddef; * def IR; VSN = 1 : Ir-eVLBI : 2020y051d08h00m00s : 2020y051d09h51m00s; enddef; * def TR; VSN = 1 : Tr-eVLBI : 2020y051d08h00m00s : 2020y051d09h51m00s; enddef; * def WB; VSN = 1 : Wb-eVLBI : 2020y051d08h00m00s : 2020y051d09h51m00s; enddef; *------------------------------------------------------------------------------- $CLOCK; * Experiment: FT038 *------------------------------------------------------------------------------- * * valid from clock_early clock_early_epoch rate def AR; clock_early = 2020y051d08h00m00s : 3.671 usec : 2020y051d08h55m30s : -4.59e-22 usec/sec; enddef; * def IR; clock_early = 2020y051d08h00m00s : 39.153 usec : 2020y051d08h55m30s : 7.35e-07 usec/sec; enddef; * def TR; clock_early = 2020y051d08h00m00s : 2.200 usec : 2020y051d08h55m30s : 0.00e+00 usec/sec; enddef; * def WB; clock_early = 2020y051d08h00m00s : 19.762 usec : 2020y051d08h55m30s : -1.45e-07 usec/sec; enddef; *------------------------------------------------------------------------------- $EOP; * (Includes predicted values) Experiment: FT038 *------------------------------------------------------------------------------- * def EOP050; TAI-UTC = 37 sec; eop_ref_epoch = 2020y050d00h00m00s; num_eop_points= 3; eop_interval = 24 hr; ut1-utc = -0.1990862 sec:-0.1991814 sec:-0.1993535 sec; x_wobble = 0.030034 asec: 0.029751 asec: 0.029543 asec; y_wobble = 0.337387 asec: 0.338851 asec: 0.340370 asec; delta_psi = -0.107883 asec:-0.107590 asec:-0.107217 asec; delta_eps = -0.007509 asec:-0.007588 asec:-0.007731 asec; enddef; *-------------------------------------------------------------------------------