VEX_rev = 1.5B; * ******************************************************************************* * Correlation parameters target_correlator = Daejeon-FX; * fringe finder : 3C273, M87 * integr_time : 1.6s (minimum : 1.6s for 16x16MHz, 0.8s for 8x32MHz, 0.4s for 4x64MHz, 0.2s for 2x128MHz, 0.1s for 256MHz) * num_channels_per_IF : 256 & 8192 (8192,4096,2048,1024,512,256,128,64) * cross_polarize : No (Yes or No) * distrib_medium : NONE (default (s)ftp, DVD, harddisk) * distrib_format : FITS (FITS or CODA-FS) * observing_mode : imaging (imageing, antenna fast switching, multi-freqeuncy, sub-array etc) * special_request : ******************************************************************************* *------------------------------------------------------------------------------ $GLOBAL; ref $EXPER = eavn22c5; ref $PROCEDURES = STD_1BEAM; * *------------------------------------------------------------------------------ $EXPER; * def eavn22c5; target_correlator = KJCC; exper_name = eavn22c5; exper_description = KaVA/EAVN 22GHz C5 mode; exper_nominal_start = 2021y015d17h50m00s; exper_nominal_stop = 2021y015d19h50m00s; * PI_name = Kazuhiro Hada; PI_email = kazuhiro.hada@nao.ac.jp; contact_name = Kazuhiro Hada; contact_email = kazuhiro.hada@nao.ac.jp; scheduler_name = Kazuhiro Hada; scheduler_email = kazuhiro.hada@nao.ac.jp; enddef; * *------------------------------------------------------------------------------ $MODE; * def GEO1S; ref $PROCEDURES = PROC1:Vm:Vr:Vo:Vs; ref $FREQ = GEO1S:Vm:Vr:Vo:Vs; ref $IF = IF_K:Vm:Vr:Vo:Vs; ref $BBC = BBC1:Vm:Vr:Vo:Vs; ref $PROCEDURES = PROC1:Ky:Ku:Kt; ref $FREQ = GEO1S/KVN:Ky:Ku:Kt; ref $IF = IF_K/KVN:Ky:Ku:Kt; ref $BBC = BBC1/KVN:Ky:Ku:Kt; ref $DAS = START/STOP:Ky:Ku:Kt; enddef; * def GEO1S_CS; ref $PROCEDURES = PROC1:Vm:Vr:Vo:Vs; ref $FREQ = GEO1S:Vm:Vr:Vo:Vs; ref $IF = IF_K:Vm:Vr:Vo:Vs; ref $BBC = BBC1:Vm:Vr:Vo:Vs; ref $PROCEDURES = PROC2/KVN:Ky:Ku:Kt; ref $FREQ = GEO1S/KVN:Ky:Ku:Kt; ref $IF = IF_K/KVN:Ky:Ku:Kt; ref $BBC = BBC1/KVN:Ky:Ku:Kt; ref $DAS = START/STOP:Ky:Ku:Kt; enddef; * def GEO1S_F; ref $PROCEDURES = PROC3:Vm:Vr:Vo:Vs; ref $FREQ = GEO1S:Vm:Vr:Vo:Vs; ref $IF = IF_K:Vm:Vr:Vo:Vs; ref $BBC = BBC1:Vm:Vr:Vo:Vs; ref $PROCEDURES = PROC3/KVN:Ky:Ku:Kt; ref $FREQ = GEO1S/KVN:Ky:Ku:Kt; ref $IF = IF_K/KVN:Ky:Ku:Kt; ref $BBC = BBC1/KVN:Ky:Ku:Kt; ref $DAS = START/STOP:Ky:Ku:Kt; enddef; * def GEO1S_L; ref $PROCEDURES = PROC4:Vm:Vr:Vo:Vs; ref $FREQ = GEO1S:Vm:Vr:Vo:Vs; ref $IF = IF_K:Vm:Vr:Vo:Vs; ref $BBC = BBC1:Vm:Vr:Vo:Vs; ref $PROCEDURES = PROC4:Ky:Ku:Kt; ref $FREQ = GEO1S/KVN:Ky:Ku:Kt; ref $IF = IF_K/KVN:Ky:Ku:Kt; ref $BBC = BBC1/KVN:Ky:Ku:Kt; ref $DAS = START/STOP:Ky:Ku:Kt; enddef; * *------------------------------------------------------------------------------ $STATION; * *----------------------------------- * VERA * Recording system : DIR1K & DIR2K *----------------------------------- def Vr; ref $SITE = VERAIRIK; ref $ANTENNA = VERA_IRIKI; ref $DAS = VERA_DIR2K; * ref $PHASE_CAL_DETECT = ; enddef; * def Vs; ref $SITE = VERAISGK; ref $ANTENNA = VERA_ISHIGAK; ref $DAS = VERA_DIR2K; * ref $PHASE_CAL_DETECT = ; enddef; * def Vo; ref $SITE = VERAOGSW; ref $ANTENNA = VERA_OGASAWA; ref $DAS = VERA_DIR2K; * ref $PHASE_CAL_DETECT = ; enddef; * def Vm; ref $SITE = VERAMZSW; ref $ANTENNA = VERA_MIZUSAW; ref $DAS = VERA_DIR2K; * ref $PHASE_CAL_DETECT = ; enddef; * *----------------------------------- * KVN * Recording system : DIR1K Only *----------------------------------- def Ky; ref $SITE = KVNYS; ref $ANTENNA = KVN_YONSEI; * ref $DAS = VERA_DIR1K_N; ref $DAS = Mark5B; enddef; * def Ku; ref $SITE = KVNUS; ref $ANTENNA = KVN_ULSAN; * ref $DAS = VERA_DIR1K_N; ref $DAS = Mark5B; enddef; * def Kt; ref $SITE = KVNTN; ref $ANTENNA = KVN_TAMNA; * ref $DAS = VERA_DIR1K_N; ref $DAS = Mark5B; enddef; * def Ur; ref $SITE = URUMQI; ref $ANTENNA = URUMQI; ref $DAS = 2NONE+MARK5B<; enddef; * def T6; ref $SITE = TIANMA65; ref $ANTENNA = TIANMA65; ref $DAS = 1NONE<; enddef; * def Ny; ref $SITE = NRO45; ref $ANTENNA = NRO45; ref $DAS = VERA_DIR2K; enddef; *------------------------------------------------------------------------------ $PROCEDURES; * *----------------------------------- * BEAM Setting * Single A-Beam *----------------------------------- def STD_1BEAM; tape_change = 420 sec; * add for VERA beam1 = on; beam2 = off; enddef; * *def STD_2BEAM; def PROC1; preob_cal = on : 30 sec : R_SKY; * midob_cal = on : 30 sec : NSC : on : 30 sec; enddef; * * TAPE CHANGE : OFF * Noise Source: mid * R-SKY : before def PROC1_NSC; preob_cal = on : 30 sec : R_SKY; midob_cal = on : 30 sec : NSC : on : 30 sec; enddef; * * TAPE CHANGE : before * Noise Source: OFF * R-SKY : before def PROC2; preob_cal = on : 120 sec : TAPE_C; preob_cal = on : 30 sec : R_SKY; * midob_cal = on : 30 sec : NSC : on : 30 sec; enddef; * def PROC2/KVN; preob_cal = on : 30 sec : R_SKY; preob_cal = on : 120 sec : Cross; * midob_cal = on : 30 sec : NSC : on : 30 sec; enddef; * * TAPE CHANGE : before * Noise Source: mid * R-SKY : before def PROC2_NSC; preob_cal = on : 120 sec : TAPE_C; preob_cal = on : 30 sec : R_SKY; midob_cal = on : 30 sec : NSC : on : 30 sec; enddef; * * secZ and R on before scan * TAPE CHANGE : OFF * Noise Source: OFF * R-SKY : before and after * secZ : before def PROC3; preob_cal = on : 30 sec : R_SKY; preob_cal = on : 30 sec : SECZ : 840 sec ; * midob_cal = on : 30 sec : NSC : on : 30 sec; postob_cal = on : 30 sec : R_SKY; enddef; def PROC3/KVN; preob_cal = on : 120 sec : SECZ ; preob_cal = on : 120 sec : Cross; enddef; * * secZ and R on before scan * TAPE CHANGE : OFF * Noise Source: ON * R-SKY : before and after * secZ : before def PROC3_NSC; preob_cal = on : 30 sec : R_SKY; preob_cal = on : 30 sec : SECZ : 840 sec ; midob_cal = on : 30 sec : NSC : on : 30 sec; postob_cal = on : 30 sec : R_SKY; enddef; * * secZ after scan and R on before and after scan * TAPE CHANGE : OFF * Noise Source: OFF * R-SKY : before and after * secZ : after def PROC4; preob_cal = on : 30 sec : R_SKY; * midob_cal = on : 30 sec : NSC : off : 30 sec; postob_cal = on : 30 sec : R_SKY; postob_cal = on : 30 sec : SECZ : 60 sec ; enddef; * * secZ after scan and R on before and after scan * TAPE CHANGE : OFF * Noise Source: mid * R-SKY : before and after * secZ : after def PROC4_NSC; preob_cal = on : 30 sec : R_SKY; midob_cal = on : 30 sec : NSC : off : 30 sec; postob_cal = on : 30 sec : R_SKY; postob_cal = on : 30 sec : SECZ : 60 sec ; enddef; *------------------------------------------------------------------------------ $SITE; * *----------------------------------- * VERA *----------------------------------- def VERAIRIK; site_type = fixed; site_name = VERAIRIK; site_ID = Vr; site_position = -3521719.5687 m: 4132174.7528 m: 3336994.3255 m; enddef; * def VERAISGK; site_type = fixed; site_name = VERAISGK; site_ID = Vs; * elev= 24.0 long=124:13:59.0 lat= 24:25:48.0 * site_position =-3582368.98 m:6346775.68 m: 2633529.71 m; site_position =-3263994.6483 m: 4808056.3558 m: 2619949.3944 m; enddef; * def VERAOGSW; site_type = fixed; site_name = VERAOGSW; site_ID = Vo; * elev= 264.70 long=142:12:42.0 lat=27:05:24. (OLD) * site_position = -4489356.623 m: 3482989.589 m:2887931.231m;(OLD) site_position = -4491068.8940 m: 3481544.8295 m: 2887399.6227 m; enddef; * def VERAMZSW; site_type = fixed; site_name = VERAMZSW; site_ID = Vm; * elev= 62.0 long=141:08:10.0 lat= 39:07:54.0 site_position = -3857241.8552 m: 3108784.8509 m: 4003900.5858 m; enddef; * *----------------------------------- * KVN *----------------------------------- def KVNYS; site_type = fixed; site_name = KVNYS; site_ID = Ky; site_position = -3042278.8964 m: 4045902.0207 m: 3867376.1335 m; horizon_map_az = 0.0 deg: 20.0: 40.0: 60.0: 80.0: 100.0: 120.0: 140.0: 160.0: 180.0: 200.0: 220.0: 240.0: 260.0: 280.0: 300.0: 320.0: 340.0: 360.0; horizon_map_el = 5.0 deg: 10.0: 6.0: 6.0: 5.0: 6.0: 7.0: 8.0: 8.0: 10.0: 3.0: 8.0: 6.0: 1.0: 2.0: 3.0: 2.0: 1.0: 5.0; enddef; * def KVNUS; site_type = fixed; site_name = KVNUS; site_ID = Ku; site_position =-3287268.6431 m: 4023449.6308 m: 3687380.1696 m; horizon_map_az = 0.0 deg: 20.0: 40.0: 60.0: 80.0: 100.0: 120.0: 140.0: 160.0: 180.0: 200.0: 220.0: 240.0: 260.0: 280.0: 300.0: 320.0: 340.0: 360.0; horizon_map_el = 6.0 deg: 7.0: 9.0: 10.0: 8.0: 6.0: 5.0: 2.0: 4.0: 9.0: 11.0: 15.0: 15.0: 8.0: 4.0: 10.0: 8.0: 12.0: 6.0; enddef; * def KVNTN; site_type = fixed; site_name = KVNTN; site_ID =Kt; site_position = -3171730.4042 m: 4292666.6820 m: 3481040.4480 m; horizon_map_az = 0.0 deg: 20.0: 40.0: 60.0: 80.0: 100.0: 120.0: 140.0: 160.0: 180.0: 200.0: 220.0: 240.0: 260.0: 280.0: 300.0: 320.0: 340.0: 360.0; horizon_map_el = 10.0 deg: 11.0: 9.0: 7.0: 5.0: 4.0: 2.0: 2.0: 1.0: 0.0: 6.0: 0.0: 0.0: 1.0: 5.0: 6.0: 6.0: 10.0: 10.0; enddef; * *------------------------------------------------------------------------------ $ANTENNA; * *----------------------------------- * VERA *----------------------------------- def VERA_IRIKI; antenna_diam = 20m; antenna_name = VERA_IRIKI; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 120.0 deg/min : 1 sec; antenna_motion = el : 12.0 deg/min : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 85 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 85 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 85 ; multi_beam_number = 2; multi_beam_type = VERA; beam_separation = 0.32 deg: 2.2 deg: 0.03 deg/sec; field_rotation = -270 deg: 270 deg: 3 deg/sec; enddef; * def VERA_ISHIGAK; antenna_diam = 20m; antenna_name = VERA_ISHIGAK; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 120.0 deg/min : 1 sec; antenna_motion = el : 120.0 deg/min : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 85 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 85 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 85 ; multi_beam_number = 2; multi_beam_type = VERA; beam_separation = 0.32 deg: 2.2 deg: 0.03 deg/sec; field_rotation = -270 deg: 270 deg: 3 deg/sec; enddef; * def VERA_OGASAWA; antenna_diam = 20m; antenna_name = VERA_OGASAWA; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 120.0 deg/min : 1 sec; antenna_motion = el : 120.0 deg/min : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 85 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 85 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 85 ; multi_beam_number = 2; multi_beam_type = VERA; beam_separation = 0.32 deg: 2.2 deg: 0.03 deg/sec; field_rotation = -270 deg: 270 deg: 3 deg/sec; enddef; * def VERA_MIZUSAW; antenna_diam = 20m; antenna_name = VERA_MIZUSAW; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 120.0 deg/min : 1 sec; antenna_motion = el : 120.0 deg/min : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 85 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 85 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 85 ; multi_beam_number = 2; multi_beam_type = VERA; beam_separation = 0.32 deg: 2.2 deg: 0.03 deg/sec; field_rotation = -270 deg: 270 deg: 3 deg/sec; enddef; * *----------------------------------- * KVN *----------------------------------- def KVN_YONSEI; antenna_diam = 21m; antenna_name = KVN_YONSEI; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 3.0 deg/sec : 1 sec; antenna_motion = el : 3.0 deg/sec : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 88 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 88 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 88 ; enddef; * def KVN_ULSAN; antenna_diam = 21m; antenna_name = KVN_ULSAN; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 3.0 deg/sec : 1 sec; antenna_motion = el : 3.0 deg/sec : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 88 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 88 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 88 ; enddef; * def KVN_TAMNA; antenna_diam = 21m; antenna_name = KVN_TAMNA; axis_type = az : el; axis_offset = 0.0 m; antenna_motion = az : 3.0 deg/sec : 1 sec; antenna_motion = el : 3.0 deg/sec : 1 sec; pointing_sector = &ccw: az : -90 : 0 : el : 5 : 88 ; pointing_sector = &n : az : 0 : 360 : el : 5 : 88 ; pointing_sector = &cw : az : 360 : 450 : el : 5 : 88 ; enddef; * *------------------------------------------------------------------------------ $DAS; * *----------------------------------- * MODE for VERA * DIR1K + DIR2K *----------------------------------- * tape_motion adaptive or start/stop def VERA_DIR2K; record_transport_type = DIR2K_1024Mbps; electronics_rack_type = VERA; number_drives = 1; tape_length = 82 min; tape_motion = continuous : 20 sec; enddef; * *def VERA_DIR1K_N; * record_transport_type = DIR1K_128Mbps; * electronics_rack_type = VERA; * number_drives = 1; * tape_length = 120 min; * tape_length = 100 min; * tape_motion = adaptive : 20 sec; *enddef; * *----------------------------------- * MODE for KVN * DIR1K only *----------------------------------- * def Mark5B; record_transport_type = Mark5B; electronics_rack_type = KVN; number_drives = 1; * tape_motion = start_stop; enddef; * * For ark def START/STOP; tape_motion = start_stop; enddef; * def CONTINUOUS; tape_motion = continuous; enddef; * *------------------------------------------------------------------------------ $SOURCE; * $SOURCE; * def RT-VIR; source_name = RT-VIR; ra = 13h02m37.8210000s; dec = 05d11'08.840000"; ref_coord_frame = J2000; enddef; * def 1219+044; source_name = 1219+044; ra = 12h22m22.5496220s; dec = 04d13'15.776000"; ref_coord_frame = J2000; * rfc_2012b Petrov, 2012, unpublished 34260 observations enddef; * def 3C273; source_name = 3C273; ra = 12h29m06.6997290s; dec = 02d03'08.598280"; ref_coord_frame = J2000; * GSFC 2011B astro solution 31886 Observations enddef; * def M87; source_name = M87; ra = 12h30m49.4233820s; dec = 12d23'28.043660"; ref_coord_frame = J2000; * rfc_2012b Petrov, 2012, unpublished 47163 observations enddef; * *------------------------------------------------------------------------------ $FREQ; def GEO1S; * example for 22 GHz sample_rate = 512.000 Ms/sec; chan_def = &R1: 22115.000000 MHz: L: 16.00 MHz: &S01 : &BBCa : &NoCal; chan_def = &R1: 22115.000000 MHz: U: 16.00 MHz: &S02 : &BBCa : &NoCal; chan_def = &R1: 22147.000000 MHz: L: 16.00 MHz: &S03 : &BBCa : &NoCal; chan_def = &R1: 22147.000000 MHz: U: 16.00 MHz: &S04 : &BBCa : &NoCal; chan_def = &R1: 22179.000000 MHz: L: 16.00 MHz: &S05 : &BBCa : &NoCal; chan_def = &R1: 22179.000000 MHz: U: 16.00 MHz: &S06 : &BBCa : &NoCal; chan_def = &R1: 22211.000000 MHz: L: 16.00 MHz: &S07 : &BBCa : &NoCal; chan_def = &R1: 22211.000000 MHz: U: 16.00 MHz: &S08 : &BBCa : &NoCal; chan_def = &R1: 22243.000000 MHz: L: 16.00 MHz: &S09 : &BBCa : &NoCal; chan_def = &R1: 22243.000000 MHz: U: 16.00 MHz: &S10 : &BBCa : &NoCal; chan_def = &R1: 22275.000000 MHz: L: 16.00 MHz: &S11 : &BBCa : &NoCal; chan_def = &R1: 22275.000000 MHz: U: 16.00 MHz: &S12 : &BBCa : &NoCal; chan_def = &R1: 22307.000000 MHz: L: 16.00 MHz: &S13 : &BBCa : &NoCal; chan_def = &R1: 22307.000000 MHz: U: 16.00 MHz: &S14 : &BBCa : &NoCal; chan_def = &R1: 22339.000000 MHz: L: 16.00 MHz: &S15 : &BBCa : &NoCal; chan_def = &R1: 22339.000000 MHz: U: 16.00 MHz: &S16 : &BBCa : &NoCal; enddef; * def GEO1S/KVN; sample_rate = 512.000 Ms/sec; chan_def = &R1: 22115.000000 MHz: L: 16.00 MHz: &S01 : &BBCa : &NoCal; chan_def = &R1: 22115.000000 MHz: U: 16.00 MHz: &S02 : &BBCa : &NoCal; chan_def = &R1: 22147.000000 MHz: L: 16.00 MHz: &S03 : &BBCa : &NoCal; chan_def = &R1: 22147.000000 MHz: U: 16.00 MHz: &S04 : &BBCa : &NoCal; chan_def = &R1: 22179.000000 MHz: L: 16.00 MHz: &S05 : &BBCa : &NoCal; chan_def = &R1: 22179.000000 MHz: U: 16.00 MHz: &S06 : &BBCa : &NoCal; chan_def = &R1: 22211.000000 MHz: L: 16.00 MHz: &S07 : &BBCa : &NoCal; chan_def = &R1: 22211.000000 MHz: U: 16.00 MHz: &S08 : &BBCa : &NoCal; chan_def = &R1: 22243.000000 MHz: L: 16.00 MHz: &S09 : &BBCa : &NoCal; chan_def = &R1: 22243.000000 MHz: U: 16.00 MHz: &S10 : &BBCa : &NoCal; chan_def = &R1: 22275.000000 MHz: L: 16.00 MHz: &S11 : &BBCa : &NoCal; chan_def = &R1: 22275.000000 MHz: U: 16.00 MHz: &S12 : &BBCa : &NoCal; chan_def = &R1: 22307.000000 MHz: L: 16.00 MHz: &S13 : &BBCa : &NoCal; chan_def = &R1: 22307.000000 MHz: U: 16.00 MHz: &S14 : &BBCa : &NoCal; chan_def = &R1: 22339.000000 MHz: L: 16.00 MHz: &S15 : &BBCa : &NoCal; chan_def = &R1: 22339.000000 MHz: U: 16.00 MHz: &S16 : &BBCa : &NoCal; enddef; * *------------------------------------------------------------------------------ $IF; *----------------------------------- * IF settings for VERA *----------------------------------- def IF_K; if_def = &IF_R1: B1: L: 16800.0 MHz: U ; if_def = &IF_R2: B2: L: 16800.0 MHz: U ; enddef; * def IF_Q; if_def = &IF_R1: B1: L: 37500.0 MHz: U ; if_def = &IF_R2: B2: L: 37500.0 MHz: U ; enddef; * def IF_SX; if_def = &IF_R1: B1: L: 999.0 MHz: U ; if_def = &IF_R2: B2: L: 999.0 MHz: U ; enddef; * *----------------------------------- * IF settings for KVN *----------------------------------- *for an observation at single frequency def IF_K/KVN; if_def = &IF_R1: B1: L: 31200.0 MHz: L ; if_def = &IF_R2: B2: R: 31200.0 MHz: L ; enddef; * *def IF_Q/KVN; * if_def = &IF_R1: B1: L: 34110.0 MHz: U ; * if_def = &IF_R2: B2: R: 34110.0 MHz: U ; *enddef; * *for an observation at dual frequency *def IF_KQ/KVN; * if_def = &IF_R1: B1: L: 31200.0 MHz: L ; * if_def = &IF_R2: B2: L: 34110.0 MHz: U ; *enddef; *------------------------------------------------------------------------------ $BBC; * *----------------------------------- * BBC settings for VERA *----------------------------------- def BBC1; BBC_assign = &BBCa: 1: &IF_R1; BBC_assign = &BBCb: 2: &IF_R2; enddef; * *----------------------------------- * BBC settings for KVN *----------------------------------- def BBC1/KVN; BBC_assign = &BBCa: 1: &IF_R1; BBC_assign = &BBCb: 2: &IF_R2; enddef; * *------------------------------------------------------------------------------ $SEFD; * *------------------------------------------------------------------------------ $SCHED; * * Notes: * First SCAN : GEO1S_F * Last SCAN : GEO1S_L * Normal SCAN : GEO1S * Pointing at KVN : GEO1S_CS * $SCHED; * schedule section for experiment 43C4 * EAVN 43GHz C4 mode scan No0001; start=2021y015d17h50m00s; mode=GEO1S_F; source=3C273; * :data_good:data_stop:goto_foot: pass: wrap :driv:tape at station=Ky: 0 sec: 300 sec: 0.000 GB: : : 1; station=Ku: 0 sec: 300 sec: 0.000 GB: : : 1; station=Kt: 0 sec: 300 sec: 0.000 GB: : : 1; station=Vm: 0 sec: 300 sec: 0.000 GB: : : 1; station=Vr: 0 sec: 300 sec: 0.000 GB: : : 1; station=Vo: 0 sec: 300 sec: 0.000 GB: : : 1; station=Vs: 0 sec: 300 sec: 0.000 GB: : : 1; endscan; scan No0002; start=2021y015d17h56m00s; mode=GEO1S; source=1219+044; station=Ky: 0 sec: 180 sec: 38.461 GB: : : 1; station=Ku: 0 sec: 180 sec: 38.461 GB: : : 1; station=Kt: 0 sec: 180 sec: 38.461 GB: : : 1; station=Vm: 0 sec: 180 sec: 38.461 GB: : : 1; station=Vr: 0 sec: 180 sec: 38.461 GB: : : 1; station=Vo: 0 sec: 180 sec: 38.461 GB: : : 1; station=Vs: 0 sec: 180 sec: 38.461 GB: : : 1; endscan; scan No0003; start=2021y015d18h00m00s; mode=GEO1S; source=RT-VIR; station=Ky: 0 sec: 120 sec: 61.538 GB: : : 1; station=Ku: 0 sec: 120 sec: 61.538 GB: : : 1; station=Kt: 0 sec: 120 sec: 61.538 GB: : : 1; station=Vm: 0 sec: 120 sec: 61.538 GB: : : 1; station=Vr: 0 sec: 120 sec: 61.538 GB: : : 1; station=Vo: 0 sec: 120 sec: 61.538 GB: : : 1; station=Vs: 0 sec: 120 sec: 61.538 GB: : : 1; endscan; scan No0004; start=2021y015d18h03m00s; mode=GEO1S; source=M87; station=Ky: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Ku: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Kt: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Vm: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Vr: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Vo: 0 sec: 1440 sec: 76.923 GB: : : 1; station=Vs: 0 sec: 1440 sec: 76.923 GB: : : 1; endscan; scan No0005; start=2021y015d18h30m00s; mode=GEO1S_CS; source=3C273; station=Ky: 0 sec: 300 sec: 261.538 GB: : : 1; station=Ku: 0 sec: 300 sec: 261.538 GB: : : 1; station=Kt: 0 sec: 300 sec: 261.538 GB: : : 1; station=Vm: 0 sec: 300 sec: 261.538 GB: : : 1; station=Vr: 0 sec: 300 sec: 261.538 GB: : : 1; station=Vo: 0 sec: 300 sec: 261.538 GB: : : 1; station=Vs: 0 sec: 300 sec: 261.538 GB: : : 1; endscan; scan No0006; start=2021y015d18h36m00s; mode=GEO1S; source=1219+044; station=Ky: 0 sec: 180 sec: 299.999 GB: : : 1; station=Ku: 0 sec: 180 sec: 299.999 GB: : : 1; station=Kt: 0 sec: 180 sec: 299.999 GB: : : 1; station=Vm: 0 sec: 180 sec: 299.999 GB: : : 1; station=Vr: 0 sec: 180 sec: 299.999 GB: : : 1; station=Vo: 0 sec: 180 sec: 299.999 GB: : : 1; station=Vs: 0 sec: 180 sec: 299.999 GB: : : 1; endscan; scan No0007; start=2021y015d18h40m00s; mode=GEO1S; source=RT-VIR; station=Ky: 0 sec: 120 sec: 323.076 GB: : : 1; station=Ku: 0 sec: 120 sec: 323.076 GB: : : 1; station=Kt: 0 sec: 120 sec: 323.076 GB: : : 1; station=Vm: 0 sec: 120 sec: 323.076 GB: : : 1; station=Vr: 0 sec: 120 sec: 323.076 GB: : : 1; station=Vo: 0 sec: 120 sec: 323.076 GB: : : 1; station=Vs: 0 sec: 120 sec: 323.076 GB: : : 1; endscan; scan No0008; start=2021y015d18h43m00s; mode=GEO1S; source=M87; * :data_good:data_stop:goto_foot: pass: wrap :driv:tape at station=Ky: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Ku: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Kt: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Vm: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Vr: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Vo: 0 sec: 1440 sec: 338.461 GB: : : 1; station=Vs: 0 sec: 1440 sec: 338.461 GB: : : 1; endscan; scan No0009; start=2021y015d19h10m00s; mode=GEO1S_CS; source=3C273; station=Ky: 0 sec: 300 sec: 523.076 GB: : : 1; station=Ku: 0 sec: 300 sec: 523.076 GB: : : 1; station=Kt: 0 sec: 300 sec: 523.076 GB: : : 1; station=Vm: 0 sec: 300 sec: 523.076 GB: : : 1; station=Vr: 0 sec: 300 sec: 523.076 GB: : : 1; station=Vo: 0 sec: 300 sec: 523.076 GB: : : 1; station=Vs: 0 sec: 300 sec: 523.076 GB: : : 1; endscan; scan No0010; start=2021y015d19h16m00s; mode=GEO1S; source=1219+044; station=Ky: 0 sec: 180 sec: 561.537 GB: : : 1; station=Ku: 0 sec: 180 sec: 561.537 GB: : : 1; station=Kt: 0 sec: 180 sec: 561.537 GB: : : 1; station=Vm: 0 sec: 180 sec: 561.537 GB: : : 1; station=Vr: 0 sec: 180 sec: 561.537 GB: : : 1; station=Vo: 0 sec: 180 sec: 561.537 GB: : : 1; station=Vs: 0 sec: 180 sec: 561.537 GB: : : 1; endscan; scan No0011; start=2021y015d19h20m00s; mode=GEO1S; source=RT-VIR; station=Ky: 0 sec: 120 sec: 584.614 GB: : : 1; station=Ku: 0 sec: 120 sec: 584.614 GB: : : 1; station=Kt: 0 sec: 120 sec: 584.614 GB: : : 1; station=Vm: 0 sec: 120 sec: 584.614 GB: : : 1; station=Vr: 0 sec: 120 sec: 584.614 GB: : : 1; station=Vo: 0 sec: 120 sec: 584.614 GB: : : 1; station=Vs: 0 sec: 120 sec: 584.614 GB: : : 1; endscan; scan No0012; start=2021y015d19h23m00s; mode=GEO1S_L; source=M87; station=Ky: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Ku: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Kt: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Vm: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Vr: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Vo: 0 sec: 1620 sec: 599.999 GB: : : 1; station=Vs: 0 sec: 1620 sec: 599.999 GB: : : 1; endscan;