VEX_rev = 2.0; *-------- begin GLOBAL * * Do not try to use it as ana import for drudg! This will not work * * NO DRUDGE!! * *-------- $GLOBAL; ref $EXPER = y4233a; * * Nominal_start_date_UTC: 2024.08.20-17:30:00.0000000000 * Duration: 0.17 hours * +------------+ * PI revision number: | 2 | * +------------+ * * proto: y2_vex.proto revision of 2024.07.21_21:24:58 * *-------- end GLOBAL $EXPER; def y4233a; exper_name = y4233a; exper_description = "Hb/Oe"; exper_nominal_start = 2024y233d17h30m00s; exper_nominal_stop = 2024y233d17h40m00s; target_correlator = Yebes; contact_name = "Leonid Petrov"; scheduler_name = "Leonid Petrov"; scheduler_email = Leonid.Petrov@lpetrov.net; scheduling_software = sur_sked : 20240529 : 2024y216d07h21m58 ; enddef; *-------- end $EXPER *-------- begin $MODE $MODE; def m02; * * __MODE_Definitions__ m02 m02 m02 m02 m02 m02 m02 * * Observing mode m02 : m02_DESCR__ ; * ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_gs:Gs; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_hb:Hb; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_is:Is; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_k2:K2; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_ke:Ke; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_mg:Mg; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_nn:Nn; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_oe:Oe; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_ow:Ow; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_sa:Sa; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_wf:Wf; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_ws:Ws; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_yg:Yg; ref $EXTENSIONS = FS_PROC_DUR_NAMES_h01_yj:Yj; ref $EXTENSIONS = FS_PROC_FLUSH_BUFFER_h01:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $EXTENSIONS = PECULAIR_CLOCK_OFFSET:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $EXTENSIONS = SCHEDULE_CONVERT_PROGRAM:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $FREQ = m02_h01_freq:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $BBC = h01_bbc:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $IF = h01_if:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $DATASTREAMS = vgos_4bands_8gbps:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $DATASTREAMS = cdas_2bands_4gbps:Jl; ref $ROLL = NO_ROLL:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; ref $PHASE_CAL_DETECT = vgos_pcal:Gs:Hb:Is:Jl:K2:Ke:Mg:Nn:Oe:Ow:Sa:Wf:Ws:Yg:Yj; enddef; * m02; * * $BBC; def h01_bbc; BBC_assign = &BBC001 : 01 : &IF_1N; BBC_assign = &BBC002 : 02 : &IF_1N; BBC_assign = &BBC003 : 03 : &IF_1N; BBC_assign = &BBC004 : 04 : &IF_1N; BBC_assign = &BBC005 : 05 : &IF_1N; BBC_assign = &BBC006 : 06 : &IF_1N; BBC_assign = &BBC007 : 07 : &IF_1N; BBC_assign = &BBC008 : 08 : &IF_1N; BBC_assign = &BBC009 : 09 : &IF_3N; BBC_assign = &BBC010 : 10 : &IF_3N; BBC_assign = &BBC011 : 11 : &IF_3N; BBC_assign = &BBC012 : 12 : &IF_3N; BBC_assign = &BBC013 : 13 : &IF_3N; BBC_assign = &BBC014 : 14 : &IF_3N; BBC_assign = &BBC015 : 15 : &IF_3N; BBC_assign = &BBC016 : 16 : &IF_3N; BBC_assign = &BBC017 : 01 : &IF_1N; BBC_assign = &BBC018 : 02 : &IF_1N; BBC_assign = &BBC019 : 03 : &IF_1N; BBC_assign = &BBC020 : 04 : &IF_1N; BBC_assign = &BBC021 : 05 : &IF_1N; BBC_assign = &BBC022 : 06 : &IF_1N; BBC_assign = &BBC023 : 07 : &IF_1N; BBC_assign = &BBC024 : 08 : &IF_1N; BBC_assign = &BBC025 : 09 : &IF_3N; BBC_assign = &BBC026 : 10 : &IF_3N; BBC_assign = &BBC027 : 11 : &IF_3N; BBC_assign = &BBC028 : 12 : &IF_3N; BBC_assign = &BBC029 : 13 : &IF_3N; BBC_assign = &BBC030 : 14 : &IF_3N; BBC_assign = &BBC031 : 15 : &IF_3N; BBC_assign = &BBC032 : 16 : &IF_3N; BBC_assign = &BBC033 : 01 : &IF_1N; BBC_assign = &BBC034 : 02 : &IF_1N; BBC_assign = &BBC035 : 03 : &IF_1N; BBC_assign = &BBC036 : 04 : &IF_1N; BBC_assign = &BBC037 : 05 : &IF_1N; BBC_assign = &BBC038 : 06 : &IF_1N; BBC_assign = &BBC039 : 07 : &IF_1N; BBC_assign = &BBC040 : 08 : &IF_1N; BBC_assign = &BBC041 : 09 : &IF_3N; BBC_assign = &BBC042 : 10 : &IF_3N; BBC_assign = &BBC043 : 11 : &IF_3N; BBC_assign = &BBC044 : 12 : &IF_3N; BBC_assign = &BBC045 : 13 : &IF_3N; BBC_assign = &BBC046 : 14 : &IF_3N; BBC_assign = &BBC047 : 15 : &IF_3N; BBC_assign = &BBC048 : 16 : &IF_3N; BBC_assign = &BBC049 : 01 : &IF_1N; BBC_assign = &BBC050 : 02 : &IF_1N; BBC_assign = &BBC051 : 03 : &IF_1N; BBC_assign = &BBC052 : 04 : &IF_1N; BBC_assign = &BBC053 : 05 : &IF_1N; BBC_assign = &BBC054 : 06 : &IF_1N; BBC_assign = &BBC055 : 07 : &IF_1N; BBC_assign = &BBC056 : 08 : &IF_1N; BBC_assign = &BBC057 : 09 : &IF_3N; BBC_assign = &BBC058 : 10 : &IF_3N; BBC_assign = &BBC059 : 11 : &IF_3N; BBC_assign = &BBC060 : 12 : &IF_3N; BBC_assign = &BBC061 : 13 : &IF_3N; BBC_assign = &BBC062 : 14 : &IF_3N; BBC_assign = &BBC063 : 15 : &IF_3N; BBC_assign = &BBC064 : 16 : &IF_3N; enddef; * *-------- end $BBC *-------- begin $FREQ $FREQ; def m02_h01_freq; * * Hardware setup name: h01 * Frequency setup name: m02 * Generated from /cont/seq/m02.seq by gen_seq_prc.py 20240716 on 2024.08.03_07:21:32 -0400 * chan_def = &H : 3480.40 MHz : L : 32.00 MHz : &CH001 : &BBC001 : &L_cal; chan_def = &H : 3448.40 MHz : L : 32.00 MHz : &CH002 : &BBC002 : &L_cal; chan_def = &H : 3384.40 MHz : L : 32.00 MHz : &CH003 : &BBC003 : &L_cal; chan_def = &H : 3320.40 MHz : L : 32.00 MHz : &CH004 : &BBC004 : &L_cal; chan_def = &H : 3224.40 MHz : L : 32.00 MHz : &CH005 : &BBC005 : &L_cal; chan_def = &H : 3096.40 MHz : L : 32.00 MHz : &CH006 : &BBC006 : &L_cal; chan_def = &H : 3064.40 MHz : L : 32.00 MHz : &CH007 : &BBC007 : &L_cal; chan_def = &H : 3032.40 MHz : L : 32.00 MHz : &CH008 : &BBC008 : &L_cal; chan_def = &V : 3480.40 MHz : L : 32.00 MHz : &CH009 : &BBC009 : &L_cal; chan_def = &V : 3448.40 MHz : L : 32.00 MHz : &CH010 : &BBC010 : &L_cal; chan_def = &V : 3384.40 MHz : L : 32.00 MHz : &CH011 : &BBC011 : &L_cal; chan_def = &V : 3320.40 MHz : L : 32.00 MHz : &CH012 : &BBC012 : &L_cal; chan_def = &V : 3224.40 MHz : L : 32.00 MHz : &CH013 : &BBC013 : &L_cal; chan_def = &V : 3096.40 MHz : L : 32.00 MHz : &CH014 : &BBC014 : &L_cal; chan_def = &V : 3064.40 MHz : L : 32.00 MHz : &CH015 : &BBC015 : &L_cal; chan_def = &V : 3032.40 MHz : L : 32.00 MHz : &CH016 : &BBC016 : &L_cal; * chan_def = &H : 7344.40 MHz : L : 32.00 MHz : &CH017 : &BBC017 : &L_cal; chan_def = &H : 7312.40 MHz : L : 32.00 MHz : &CH018 : &BBC018 : &L_cal; chan_def = &H : 7280.40 MHz : L : 32.00 MHz : &CH019 : &BBC019 : &L_cal; chan_def = &H : 7248.40 MHz : L : 32.00 MHz : &CH020 : &BBC020 : &L_cal; chan_def = &H : 7216.40 MHz : L : 32.00 MHz : &CH021 : &BBC021 : &L_cal; chan_def = &H : 7184.40 MHz : L : 32.00 MHz : &CH022 : &BBC022 : &L_cal; chan_def = &H : 7152.40 MHz : L : 32.00 MHz : &CH023 : &BBC023 : &L_cal; chan_def = &H : 7120.40 MHz : L : 32.00 MHz : &CH024 : &BBC024 : &L_cal; chan_def = &V : 7344.40 MHz : L : 32.00 MHz : &CH025 : &BBC025 : &L_cal; chan_def = &V : 7312.40 MHz : L : 32.00 MHz : &CH026 : &BBC026 : &L_cal; chan_def = &V : 7280.40 MHz : L : 32.00 MHz : &CH027 : &BBC027 : &L_cal; chan_def = &V : 7248.40 MHz : L : 32.00 MHz : &CH028 : &BBC028 : &L_cal; chan_def = &V : 7216.40 MHz : L : 32.00 MHz : &CH029 : &BBC029 : &L_cal; chan_def = &V : 7184.40 MHz : L : 32.00 MHz : &CH030 : &BBC030 : &L_cal; chan_def = &V : 7152.40 MHz : L : 32.00 MHz : &CH031 : &BBC031 : &L_cal; chan_def = &V : 7120.40 MHz : L : 32.00 MHz : &CH032 : &BBC032 : &L_cal; * chan_def = &H : 7600.40 MHz : L : 32.00 MHz : &CH033 : &BBC033 : &L_cal; chan_def = &H : 7568.40 MHz : L : 32.00 MHz : &CH034 : &BBC034 : &L_cal; chan_def = &H : 7536.40 MHz : L : 32.00 MHz : &CH035 : &BBC035 : &L_cal; chan_def = &H : 7504.40 MHz : L : 32.00 MHz : &CH036 : &BBC036 : &L_cal; chan_def = &H : 7472.40 MHz : L : 32.00 MHz : &CH037 : &BBC037 : &L_cal; chan_def = &H : 7440.40 MHz : L : 32.00 MHz : &CH038 : &BBC038 : &L_cal; chan_def = &H : 7408.40 MHz : L : 32.00 MHz : &CH039 : &BBC039 : &L_cal; chan_def = &H : 7376.40 MHz : L : 32.00 MHz : &CH040 : &BBC040 : &L_cal; chan_def = &V : 7600.40 MHz : L : 32.00 MHz : &CH041 : &BBC041 : &L_cal; chan_def = &V : 7568.40 MHz : L : 32.00 MHz : &CH042 : &BBC042 : &L_cal; chan_def = &V : 7536.40 MHz : L : 32.00 MHz : &CH043 : &BBC043 : &L_cal; chan_def = &V : 7504.40 MHz : L : 32.00 MHz : &CH044 : &BBC044 : &L_cal; chan_def = &V : 7472.40 MHz : L : 32.00 MHz : &CH045 : &BBC045 : &L_cal; chan_def = &V : 7440.40 MHz : L : 32.00 MHz : &CH046 : &BBC046 : &L_cal; chan_def = &V : 7408.40 MHz : L : 32.00 MHz : &CH047 : &BBC047 : &L_cal; chan_def = &V : 7376.40 MHz : L : 32.00 MHz : &CH048 : &BBC048 : &L_cal; * chan_def = &H : 8568.40 MHz : L : 32.00 MHz : &CH049 : &BBC049 : &L_cal; chan_def = &H : 8504.40 MHz : L : 32.00 MHz : &CH050 : &BBC050 : &L_cal; chan_def = &H : 8440.40 MHz : L : 32.00 MHz : &CH051 : &BBC051 : &L_cal; chan_def = &H : 8376.40 MHz : L : 32.00 MHz : &CH052 : &BBC052 : &L_cal; chan_def = &H : 8312.40 MHz : L : 32.00 MHz : &CH053 : &BBC053 : &L_cal; chan_def = &H : 8248.40 MHz : L : 32.00 MHz : &CH054 : &BBC054 : &L_cal; chan_def = &H : 8184.40 MHz : L : 32.00 MHz : &CH055 : &BBC055 : &L_cal; chan_def = &H : 8120.40 MHz : L : 32.00 MHz : &CH056 : &BBC056 : &L_cal; chan_def = &V : 8568.40 MHz : L : 32.00 MHz : &CH057 : &BBC057 : &L_cal; chan_def = &V : 8504.40 MHz : L : 32.00 MHz : &CH058 : &BBC058 : &L_cal; chan_def = &V : 8440.40 MHz : L : 32.00 MHz : &CH059 : &BBC059 : &L_cal; chan_def = &V : 8376.40 MHz : L : 32.00 MHz : &CH060 : &BBC060 : &L_cal; chan_def = &V : 8312.40 MHz : L : 32.00 MHz : &CH061 : &BBC061 : &L_cal; chan_def = &V : 8248.40 MHz : L : 32.00 MHz : &CH062 : &BBC062 : &L_cal; chan_def = &V : 8184.40 MHz : L : 32.00 MHz : &CH063 : &BBC063 : &L_cal; chan_def = &V : 8120.40 MHz : L : 32.00 MHz : &CH064 : &BBC064 : &L_cal; * sample_rate = 64.0 Ms/sec; enddef; * *-------- end $FREQ *-------- begin $IF $IF; def h01_if; if_def = &IF_1N : : X : 8080.0 MHz : U : 5 MHz : 0 Hz; if_def = &IF_3N : : Y : 8080.0 MHz : U : 5 MHz : 0 Hz; enddef; *-------- end $IF $SITE; * def GGAO12M; site_ID = Gs; site_position = 1130730.182 m: -4831245.963 m: 3994228.263 m; site_velocity = -0.01406 m/yr: 0.00085 m/yr: -0.00069 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def HOBART12 site_ID = Hb; site_position = -3949990.106 m: 2522421.118 m: -4311708.734 m; site_velocity = -0.03990 m/yr: 0.0990 m/yr: 0.03990 m/yr; site_position_epoch = 51544; site_type = fixed; horizon_map_az = 0.00 deg : 30.00 : 60.00 : 90.00 : 120.00 : 150.00 : 180.00 : 210.00 : 240.00 : 270.00 : 300.00 : 330.00 : 360.00 ; horizon_map_el = 8.00 deg : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 ; enddef; * def ISHIOKA; site_ID = Is; site_position = 1130730.182 m: -4831245.963 m: 3994228.263 m; site_velocity = -0.02262 m/yr: -0.0040 m/yr: -0.01052 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def JILIN12; site_type = fixed; site_name = JILIN12; site_ID = Jl; site_position =-2730771.75750 m: 3713280.20960 m: 4394196.34060 m; site_velocity = 0.000000 m/yr: 0.000000 m/yr: 0.000000 m/yr; site_position_epoch = 50449; enddef; * def KATH12M site_ID = Ke; site_position = -4147354.060 m: 4581542.627 m: -1573304.191 site_velocity = -0.03683 m/yr: 0.01341 m/yr: 0.05716 m/yr; site_position_epoch = 51544; site_type = fixed; horizon_map_az = 0.00 deg : 30.00 : 60.00 : 90.00 : 120.00 : 150.00 : 180.00 : 210.00 : 240.00 : 270.00 : 300.00 : 330.00 : 360.00 ; horizon_map_el = 8.00 deg : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 : 8.00 ; enddef; * def KOKEE12M; site_ID = K2; site_position = -5543831.576 m: -2054586.881 m: 2387828.311 m; site_velocity = -0.00858 m/yr: 0.06195 m/yr: 0.03004 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def MACGO12M; site_ID = Mg; site_position = -1330788.236 m: -5328106.651 m: 3236427.631 m; site_velocity = -0.01135 m/yr: 0.00010 m/yr: -0.00656 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def NYALE13N; site_ID = Nn; site_position = 1200992.941 m: 252098.497 m: 6238038.476 m; site_velocity = -0.01440 m/yr: 0.00760 m/yr: 0.0900 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def ONSA13NE; site_ID = Oe; site_position = 3370889.436 m: 711571.056 m: 5349691.936 m; site_velocity = -0.01398 m/yr: 0.01530 m/yr: 0.00838 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def ONSA13SW; site_ID = Ow; site_position = 3370946.917 m: 711534.364 m: 5349660.814 m; site_velocity = -0.01398 m/yr: 0.01530 m/yr: 0.00838 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def RAEGSMAR; site_ID = Sa; site_position = 4618524.311 m: -2166020.977 m: 3816270.141 m; site_velocity = -0.00032 m/yr: 0.01572 m/yr: 0.00933 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def RAEGYEB; site_ID = Yj; site_position = 4848831.196 m: -261629.781 m: 4122976.281 m; site_velocity = -0.00759 m/yr: 0.02045 m/yr: 0.01220 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def WESTFORD; site_ID = Wf; site_position = 1492206.541 m: -4458130.522 m: 4296015.549 m; site_velocity = -0.01560 m/yr: -0.00130 m/yr: 0.00260 m/yr; site_position_epoch = 51544; site_type = fixed; enddef; * def WETTZ13S; site_ID = Ws; site_position = 4075659.178 m: 931824.557 m: 4801516.094 m; site_velocity = -0.01581 m/yr: 0.01792 m/yr: 0.00810 m/yr; site_position_epoch = 51544; site_type = fixed; horizon_map_az = 0.00 deg : 30.00 : 60.00 : 90.00 : 120.00 : 150.00 : 180.00 : 210.00 : 240.00 : 270.00 : 300.00 : 330.00 : 360.00 ; horizon_map_el = 5.00 deg : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 : 5.00 ; enddef; * def YARRA12M; site_ID = Yg; site_position = -2388895.498 m: 5043349.934 m: -3078591.521 m; site_velocity = -0.04873 m/yr: 0.00678 m/yr: 0.04827 m/yr; site_position_epoch = 51544; site_type = fixed; horizon_map_az = 0.00 deg : 30.00 : 60.00 : 90.00 : 120.00 : 150.00 : 180.00 : 210.00 : 240.00 : 270.00 : 300.00 : 330.00 : 360.00 ; horizon_map_el = 5.00 deg : 10.00 : 12.00 : 18.00 : 15.00 : 5.00 : 2.00 : 0.10 : 0.10 : 3.00 : 3.00 : 30.00 : 20.00 ; enddef; * *-------- begin $SITE *-------- begin $STATION $STATION; def Gs; ref $SITE = GGAO12M; ref $ANTENNA = GGAO12M; ref $DAS = RDBE_rack; ref $DAS = Gs_Gs; ref $DAS = Mark6_recorder; enddef; def Hb; ref $SITE = HOBART12; ref $ANTENNA = HOBART12; ref $DAS = DBBC_DDC_rack; ref $DAS = Hb_Hb; ref $DAS = FlexBuff_recorder; enddef; def Is; ref $SITE = ISHIOKA; ref $ANTENNA = ISHIOKA; ref $DAS = K4-2_rack; ref $DAS = Is_Is; ref $DAS = K5_recorder; enddef; def Jl; ref $SITE = JILIN12; ref $ANTENNA = JILIN12; ref $DAS = Mark5b_recorder; enddef; def K2; ref $SITE = KOKEE12M; ref $ANTENNA = KOKEE12M; ref $DAS = RDBE_rack; ref $DAS = K2_K2; ref $DAS = Mark6_recorder; enddef; def Ke; ref $SITE = KATH12M; ref $ANTENNA = KATH12M; ref $DAS = DBBC_DDC_rack; ref $DAS = Ke_Ke; ref $DAS = FlexBuff_recorder; enddef; def Mg; ref $SITE = MACGO12M; ref $ANTENNA = MACGO12M; ref $DAS = RDBE_rack; ref $DAS = Mg_Mg; ref $DAS = Mark6_recorder; enddef; def Nn; ref $SITE = NYALE13N; ref $ANTENNA = NYALE13N; ref $DAS = DBBC_DDC_rack; ref $DAS = Nn_Nn; ref $DAS = FlexBuff_recorder; enddef; def Oe; ref $SITE = ONSA13NE; ref $ANTENNA = ONSA13NE; ref $DAS = DBBC_DDC_rack; ref $DAS = Oe_Oe; ref $DAS = FlexBuff_recorder; enddef; def Ow; ref $SITE = ONSA13SW; ref $ANTENNA = ONSA13SW; ref $DAS = DBBC_DDC_rack; ref $DAS = Ow_Ow; ref $DAS = FlexBuff_recorder; enddef; def Sa; ref $SITE = RAEGSMAR; ref $ANTENNA = RAEGSMAR; ref $DAS = DBBC_DDC_rack; ref $DAS = Sa_Sa; ref $DAS = Mark6_recorder; enddef; def Wf; ref $SITE = WESTFORD; ref $ANTENNA = WESTFORD; ref $DAS = RDBE_rack; ref $DAS = Wf_07; ref $DAS = Mark6_recorder; enddef; def Ws; ref $SITE = WETTZ13S; ref $ANTENNA = WETTZ13S; ref $DAS = DBBC_DDC_rack; ref $DAS = Ws_WS; ref $DAS = Mark6_recorder; enddef; def Yg; ref $SITE = YARRA12M; ref $ANTENNA = YARRA12M; ref $DAS = DBBC_DDC_rack; ref $DAS = Yg_Yg; ref $DAS = FlexBuff_recorder; enddef; def Yj; ref $SITE = RAEGYEB; ref $ANTENNA = RAEGYEB; ref $DAS = DBBC_DDC_rack; ref $DAS = Yj_Yj; ref $DAS = Mark6_recorder; enddef; *-------- end $STATION *-------- begin $ANTENNA $ANTENNA; def GGAO12M; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def ISHIOKA; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def HOBART12; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; antenna_motion = az : 5.00 deg/sec : 2.00 sec : 1.30 deg/sec^2 ; antenna_motion = el : 1.00 deg/sec : 2.00 sec : 1.30 deg/sec^2 ; pointing_sector = &ccw : az : -270.0 deg : -90.0 deg : el : 5.0 deg : 88.0 deg : ccw ; pointing_sector = &n : az : -90.0 deg : 90.0 deg : el : 5.0 deg : 88.0 deg : n ; pointing_sector = &cw : az : 90.0 deg : 270.0 deg : el : 5.0 deg : 88.0 deg : cw ; enddef; def JILIN12; antenna_diam = 13.00 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def KATH12M; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; antenna_motion = az : 5.00 deg/sec : 2.00 sec : 1.30 deg/sec^2 ; antenna_motion = el : 1.00 deg/sec : 2.00 sec : 1.30 deg/sec^2 ; pointing_sector = &ccw : az : -270.0 deg : -90.0 deg : el : 5.0 deg : 88.0 deg : ccw ; pointing_sector = &n : az : -90.0 deg : 90.0 deg : el : 5.0 deg : 88.0 deg : n ; pointing_sector = &cw : az : 90.0 deg : 270.0 deg : el : 5.0 deg : 88.0 deg : cw ; enddef; def KOKEE12M; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def MACGO12M; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def NYALE13N; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def ONSA13NE; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def ONSA13SW; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def RAEGSMAR; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def RAEGYEB; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; enddef; def WESTFORD; antenna_diam = 18.00 m; axis_type = az : el; axis_offset = 0.31830 m; enddef; def WETTZ13S; antenna_diam = 13.20 m; axis_type = az : el; axis_offset = 0.00000 m; antenna_motion = az : 80.00 deg/sec : 0.00 sec : 80.00 deg/sec^2 ; antenna_motion = el : 80.00 deg/sec : 0.00 sec : 80.00 deg/sec^2 ; pointing_sector = &ccw : az : -90.0 deg : 90.0 deg : el : 5.0 deg : 90.0 deg : ccw ; pointing_sector = &n : az : 90.0 deg : 270.0 deg : el : 5.0 deg : 90.0 deg : n ; pointing_sector = &cw : az : 270.0 deg : 450.0 deg : el : 5.0 deg : 90.0 deg : cw ; enddef; def YARRA12M; antenna_diam = 12.00 m; axis_type = az : el; axis_offset = 0.00000 m; antenna_motion = az : 5.00 deg/sec : 0.00 sec : 1.30 deg/sec^2 ; antenna_motion = el : 1.00 deg/sec : 0.00 sec : 1.30 deg/sec^2 ; pointing_sector = &ccw : az : -270.0 deg : -90.0 deg : el : 5.0 deg : 88.0 deg : ccw ; pointing_sector = &n : az : -90.0 deg : 90.0 deg : el : 5.0 deg : 88.0 deg : n ; pointing_sector = &cw : az : 90.0 deg : 90.0 deg : el : 5.0 deg : 88.0 deg : cw ; enddef; *-------- end $ANTENNA *-------- begin $DAS $DAS; def RDBE_rack; electronics_rack_type = RDBE; enddef; def K4-2_rack; electronics_rack_type = K4-2; enddef; def DBBC_DDC_rack; electronics_rack_type = DBBC_DDC; enddef; def Mark6_recorder; record_transport_type = Mark6; enddef; def Mark5b_recorder; record_transport_type = Mark5b; enddef; def K5_recorder; record_transport_type = K5; enddef; def FlexBuff_recorder; record_transport_type = FlexBuff; enddef; def Gs_Gs; recording_system_ID = Gs; enddef; def Hb_Hb; recording_system_ID = Hb; enddef; def Is_Is; recording_system_ID = Is; enddef; def K2_K2; recording_system_ID = K2; enddef; def Ke_Ke; recording_system_ID = Ke; enddef; def Mg_Mg; recording_system_ID = Mg; enddef; def Nn_Nn; recording_system_ID = Nn; enddef; def Oe_Oe; recording_system_ID = Oe; enddef; def Ow_Ow; recording_system_ID = Ow; enddef; def Sa_Sa; recording_system_ID = Sa; enddef; def Wf_07; recording_system_ID = 07; enddef; def Ws_WS; recording_system_ID = Ws; enddef; def Yj_Yj; recording_system_ID = Yj; enddef; def Yg_Yg; recording_system_ID = Yg; enddef; def 1_recorder; number_drives = 1; enddef; def 2_recorder; number_drives = 2; enddef; *-------- end $DAS *-------- begin $PHASE_CAL_DETECT $PHASE_CAL_DETECT; def vgos_pcal; phase_cal_detect = &U_cal : 1; enddef; *-------- end $PHASE_CAL_DETECT *-------- begin $ROLL $ROLL; def NO_ROLL; roll = off; enddef; *-------- end $ROLL *-------- begin $DATASTREAMS: $DATASTREAMS; def vgos_4bands_8gbps; datastream = &DS1 : VDIF; thread = &DS1 : &thread00 : 0 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread00 : &CH001 : 0 ; thread = &DS1 : &thread01 : 1 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread01 : &CH002 : 0 ; thread = &DS1 : &thread02 : 2 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread02 : &CH003 : 0 ; thread = &DS1 : &thread03 : 3 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread03 : &CH004 : 0 ; thread = &DS1 : &thread04 : 4 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread04 : &CH005 : 0 ; thread = &DS1 : &thread05 : 5 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread05 : &CH006 : 0 ; thread = &DS1 : &thread06 : 6 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread06 : &CH007 : 0 ; thread = &DS1 : &thread07 : 7 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread07 : &CH008 : 0 ; thread = &DS1 : &thread08 : 8 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread08 : &CH009 : 0 ; thread = &DS1 : &thread09 : 9 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread09 : &CH010 : 0 ; thread = &DS1 : &thread10 : 10 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread10 : &CH011 : 0; thread = &DS1 : &thread11 : 11 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread11 : &CH012 : 0; thread = &DS1 : &thread12 : 12 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread12 : &CH013 : 0; thread = &DS1 : &thread13 : 13 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread13 : &CH014 : 0; thread = &DS1 : &thread14 : 14 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread14 : &CH015 : 0; thread = &DS1 : &thread15 : 15 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread15 : &CH016 : 0; thread = &DS1 : &thread16 : 16 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread16 : &CH017 : 0; thread = &DS1 : &thread17 : 17 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread17 : &CH018 : 0; thread = &DS1 : &thread18 : 18 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread18 : &CH019 : 0; thread = &DS1 : &thread19 : 19 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread19 : &CH020 : 0; thread = &DS1 : &thread20 : 20 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread20 : &CH021 : 0; thread = &DS1 : &thread21 : 21 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread21 : &CH022 : 0; thread = &DS1 : &thread22 : 22 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread22 : &CH023 : 0; thread = &DS1 : &thread23 : 23 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread23 : &CH024 : 0; thread = &DS1 : &thread24 : 24 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread24 : &CH025 : 0; thread = &DS1 : &thread25 : 25 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread25 : &CH026 : 0; thread = &DS1 : &thread26 : 26 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread26 : &CH027 : 0; thread = &DS1 : &thread27 : 27 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread27 : &CH028 : 0; thread = &DS1 : &thread28 : 28 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread28 : &CH029 : 0; thread = &DS1 : &thread29 : 29 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread29 : &CH030 : 0; thread = &DS1 : &thread30 : 30 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread30 : &CH031 : 0; thread = &DS1 : &thread31 : 31 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread31 : &CH032 : 0; thread = &DS1 : &thread32 : 32 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread32 : &CH033 : 0; thread = &DS1 : &thread33 : 33 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread33 : &CH034 : 0; thread = &DS1 : &thread34 : 34 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread34 : &CH035 : 0; thread = &DS1 : &thread35 : 35 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread35 : &CH036 : 0; thread = &DS1 : &thread36 : 36 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread36 : &CH037 : 0; thread = &DS1 : &thread37 : 37 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread37 : &CH038 : 0; thread = &DS1 : &thread38 : 38 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread38 : &CH039 : 0; thread = &DS1 : &thread39 : 39 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread39 : &CH040 : 0; thread = &DS1 : &thread40 : 40 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread40 : &CH041 : 0; thread = &DS1 : &thread41 : 41 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread41 : &CH042 : 0; thread = &DS1 : &thread42 : 42 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread42 : &CH043 : 0; thread = &DS1 : &thread43 : 43 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread43 : &CH044 : 0; thread = &DS1 : &thread44 : 44 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread44 : &CH045 : 0; thread = &DS1 : &thread45 : 45 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread45 : &CH046 : 0; thread = &DS1 : &thread46 : 46 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread46 : &CH047 : 0; thread = &DS1 : &thread47 : 47 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread47 : &CH048 : 0; thread = &DS1 : &thread48 : 48 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread48 : &CH049 : 0; thread = &DS1 : &thread49 : 49 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread49 : &CH050 : 0; thread = &DS1 : &thread50 : 50 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread50 : &CH051 : 0; thread = &DS1 : &thread51 : 51 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread51 : &CH052 : 0; thread = &DS1 : &thread52 : 52 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread52 : &CH053 : 0; thread = &DS1 : &thread53 : 53 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread53 : &CH054 : 0; thread = &DS1 : &thread54 : 54 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread54 : &CH055 : 0; thread = &DS1 : &thread55 : 55 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread55 : &CH056 : 0; thread = &DS1 : &thread56 : 56 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread56 : &CH057 : 0; thread = &DS1 : &thread57 : 57 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread57 : &CH058 : 0; thread = &DS1 : &thread58 : 58 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread58 : &CH059 : 0; thread = &DS1 : &thread59 : 59 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread59 : &CH060 : 0; thread = &DS1 : &thread60 : 60 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread60 : &CH061 : 0; thread = &DS1 : &thread61 : 61 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread61 : &CH062 : 0; thread = &DS1 : &thread62 : 62 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread62 : &CH063 : 0; thread = &DS1 : &thread63 : 63 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS1 : &thread63 : &CH064 : 0; enddef; * def cdas_2bands_4gbps; * datastream = &DS2 : MARK5B; * I get error messsage Error: m28 antenna Jl : * datastream DS2 has a data format specification that is not handled: MARK5B * datastream = &DS2 : VDIF; thread = &DS2 : &thread00 : 0 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread00 : &CH001 : 0 ; thread = &DS2 : &thread01 : 1 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread01 : &CH002 : 0 ; thread = &DS2 : &thread02 : 2 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread02 : &CH003 : 0 ; thread = &DS2 : &thread03 : 3 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread03 : &CH004 : 0 ; thread = &DS2 : &thread04 : 4 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread04 : &CH005 : 0 ; thread = &DS2 : &thread05 : 5 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread05 : &CH006 : 0 ; thread = &DS2 : &thread06 : 6 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread06 : &CH007 : 0 ; thread = &DS2 : &thread07 : 7 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread07 : &CH008 : 0 ; thread = &DS2 : &thread08 : 8 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread08 : &CH009 : 0 ; thread = &DS2 : &thread09 : 9 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread09 : &CH010 : 0 ; thread = &DS2 : &thread10 : 10 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread10 : &CH011 : 0; thread = &DS2 : &thread11 : 11 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread11 : &CH012 : 0; thread = &DS2 : &thread12 : 12 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread12 : &CH013 : 0; thread = &DS2 : &thread13 : 13 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread13 : &CH014 : 0; thread = &DS2 : &thread14 : 14 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread14 : &CH015 : 0; thread = &DS2 : &thread15 : 15 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread15 : &CH016 : 0; thread = &DS2 : &thread16 : 16 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread16 : &CH017 : 0; thread = &DS2 : &thread17 : 17 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread17 : &CH018 : 0; thread = &DS2 : &thread18 : 18 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread18 : &CH019 : 0; thread = &DS2 : &thread19 : 19 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread19 : &CH020 : 0; thread = &DS2 : &thread20 : 20 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread20 : &CH021 : 0; thread = &DS2 : &thread21 : 21 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread21 : &CH022 : 0; thread = &DS2 : &thread22 : 22 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread22 : &CH023 : 0; thread = &DS2 : &thread23 : 23 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread23 : &CH024 : 0; thread = &DS2 : &thread24 : 24 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread24 : &CH025 : 0; thread = &DS2 : &thread25 : 25 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread25 : &CH026 : 0; thread = &DS2 : &thread26 : 26 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread26 : &CH027 : 0; thread = &DS2 : &thread27 : 27 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread27 : &CH028 : 0; thread = &DS2 : &thread28 : 28 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread28 : &CH029 : 0; thread = &DS2 : &thread29 : 29 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread29 : &CH030 : 0; thread = &DS2 : &thread30 : 30 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread30 : &CH031 : 0; thread = &DS2 : &thread31 : 31 : 1 : 64 Ms/sec : 2 : real : 32800; channel = &DS2 : &thread31 : &CH031 : 0; enddef; *-------- end $DATASTEAMS; *-------- begin $PROCEDURES; $PROCEDURES; *-------- end $PROCEDURES; $EXTENSIONS; def FS_PROC_DUR_NAMES_h01_gs; extension = NASA : gs : preses : 0 sec : preses_h01 ; extension = NASA : gs : setscan : 0 sec : setscan_h01 ; extension = NASA : gs : setmode : 0 sec : setmode_m02 ; extension = NASA : gs : preob : 0 sec : preob_h01 ; extension = NASA : gs : midob : 0 sec : midob_h01 ; extension = NASA : gs : postob : 0 sec : postob_h01 ; extension = NASA : gs : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_hb; extension = NASA : hb : preses : 42 sec : preses_h01 ; extension = NASA : hb : setscan : 0 sec : setscan_h01 ; extension = NASA : hb : setmode : 1 sec : setmode_m02 ; extension = NASA : hb : preob : 0 sec : preob_h01 ; extension = NASA : hb : midob : 1 sec : midob_h01 ; extension = NASA : hb : postob : 0 sec : postob_h01 ; extension = NASA : hb : postses : 1 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_is; extension = NASA : is : preses : 0 sec : preses_h01 ; extension = NASA : is : setscan : 0 sec : setscan_h01 ; extension = NASA : is : setmode : 0 sec : setmode_m02 ; extension = NASA : is : preob : 0 sec : preob_h01 ; extension = NASA : is : midob : 0 sec : midob_h01 ; extension = NASA : is : postob : 0 sec : postob_h01 ; extension = NASA : is : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_k2; extension = NASA : k2 : preses : 0 sec : preses_h01 ; extension = NASA : k2 : setscan : 0 sec : setscan_h01 ; extension = NASA : k2 : setmode : 0 sec : setmode_m02 ; extension = NASA : k2 : preob : 0 sec : preob_h01 ; extension = NASA : k2 : midob : 0 sec : midob_h01 ; extension = NASA : k2 : postob : 0 sec : postob_h01 ; extension = NASA : k2 : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_ke; extension = NASA : ke : preses : 0 sec : preses_h01 ; extension = NASA : ke : setscan : 0 sec : setscan_h01 ; extension = NASA : ke : setmode : 0 sec : setmode_m02 ; extension = NASA : ke : preob : 0 sec : preob_h01 ; extension = NASA : ke : midob : 0 sec : midob_h01 ; extension = NASA : ke : postob : 0 sec : postob_h01 ; extension = NASA : ke : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_mg; extension = NASA : mg : preses : 0 sec : preses_h01 ; extension = NASA : mg : setscan : 0 sec : setscan_h01 ; extension = NASA : mg : setmode : 0 sec : setmode_m02 ; extension = NASA : mg : preob : 0 sec : preob_h01 ; extension = NASA : mg : midob : 0 sec : midob_h01 ; extension = NASA : mg : postob : 0 sec : postob_h01 ; extension = NASA : mg : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_nn; extension = NASA : nn : preses : 0 sec : preses_h01 ; extension = NASA : nn : setscan : 0 sec : setscan_h01 ; extension = NASA : nn : setmode : 0 sec : setmode_m02 ; extension = NASA : nn : preob : 0 sec : preob_h01 ; extension = NASA : nn : midob : 0 sec : midob_h01 ; extension = NASA : nn : postob : 0 sec : postob_h01 ; extension = NASA : nn : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_oe; extension = NASA : oe : preses : 0 sec : preses_h01 ; extension = NASA : oe : setscan : 0 sec : setscan_h01 ; extension = NASA : oe : setmode : 0 sec : setmode_m02 ; extension = NASA : oe : preob : 0 sec : preob_h01 ; extension = NASA : oe : midob : 0 sec : midob_h01 ; extension = NASA : oe : postob : 0 sec : postob_h01 ; extension = NASA : oe : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_ow; extension = NASA : ow : preses : 0 sec : preses_h01 ; extension = NASA : ow : setscan : 0 sec : setscan_h01 ; extension = NASA : ow : setmode : 0 sec : setmode_m02 ; extension = NASA : ow : preob : 0 sec : preob_h01 ; extension = NASA : ow : midob : 0 sec : midob_h01 ; extension = NASA : ow : postob : 0 sec : postob_h01 ; extension = NASA : ow : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_sa; extension = NASA : sa : preses : 0 sec : preses_h01 ; extension = NASA : sa : setscan : 0 sec : setscan_h01 ; extension = NASA : sa : setmode : 0 sec : setmode_m02 ; extension = NASA : sa : preob : 0 sec : preob_h01 ; extension = NASA : sa : midob : 0 sec : midob_h01 ; extension = NASA : sa : postob : 0 sec : postob_h01 ; extension = NASA : sa : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_wf; extension = NASA : wf : preses : 0 sec : preses_h01 ; extension = NASA : wf : setscan : 0 sec : setscan_h01 ; extension = NASA : wf : setmode : 0 sec : setmode_m02 ; extension = NASA : wf : preob : 0 sec : preob_h01 ; extension = NASA : wf : midob : 0 sec : midob_h01 ; extension = NASA : wf : postob : 0 sec : postob_h01 ; extension = NASA : wf : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_ws; extension = NASA : ws : preses : 0 sec : preses_h01 ; extension = NASA : ws : setscan : 0 sec : setscan_h01 ; extension = NASA : ws : setmode : 4 sec : setmode_m02 ; extension = NASA : ws : preob : 0 sec : preob_h01 ; extension = NASA : ws : midob : 0 sec : midob_h01 ; extension = NASA : ws : postob : 2 sec : postob_h01 ; extension = NASA : ws : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_yg; extension = NASA : yg : preses : 0 sec : preses_h01 ; extension = NASA : yg : setscan : 0 sec : setscan_h01 ; extension = NASA : yg : setmode : 0 sec : setmode_m02 ; extension = NASA : yg : preob : 0 sec : preob_h01 ; extension = NASA : yg : midob : 0 sec : midob_h01 ; extension = NASA : yg : postob : 0 sec : postob_h01 ; extension = NASA : yg : postses : 0 sec : postses_h01 ; enddef; def FS_PROC_DUR_NAMES_h01_yj; extension = NASA : yj : preses : 0 sec : preses_h01 ; extension = NASA : yj : setscan : 0 sec : setscan_h01 ; extension = NASA : yj : setmode : 0 sec : setmode_m02 ; extension = NASA : yj : preob : 0 sec : preob_h01 ; extension = NASA : yj : midob : 0 sec : midob_h01 ; extension = NASA : yj : postob : 0 sec : postob_h01 ; extension = NASA : yj : postses : 0 sec : postses_h01 ; enddef; * def BACKEND_DESCR ; extension = NASA : hb : backend : dbbc3 ; extension = NASA : ws : backend : dbbc3 ; enddef; * def PECULAIR_CLOCK_OFFSET ; extension = NASA : gs : 0.602 : usec : 2020y163d00h00m00s : proto ; extension = NASA : hb : 2.278 : usec : 2018y175d00h00m00s : stp ; extension = NASA : is : 1.255 : usec : 2020y163d00h00m00s : proto ; extension = NASA : jl : 0.000 : usec : 2020y163d00h00m00s : proto ; extension = NASA : k2 : 0.414 : usec : 2020y163d00h00m00s : proto ; extension = NASA : ke : 0.000 : usec : 2020y163d00h00m00s : proto ; extension = NASA : kk : 0.459 : usec : 2018y175d00h00m00s : proto ; extension = NASA : mg : 0.174 : usec : 2020y163d00h00m00s : proto ; extension = NASA : nn : 0.000 : usec : 2020y163d00h00m00s : proto ; extension = NASA : oe : 6.228 : usec : 2020y163d00h00m00s : proto ; extension = NASA : ow : 6.188 : usec : 2020y163d00h00m00s : proto ; extension = NASA : sa : 0.000 : usec : 2020y163d00h00m00s : proto ; extension = NASA : ws : 1.717 : usec : 2020y163d00h00m00s : stp ; extension = NASA : wf : 1.169 : usec : 2020y163d00h00m00s : proto ; extension = NASA : yg : 0.000 : usec : 2020y163d00h00m00s : proto ; extension = NASA : yj : -0.038 : usec : 2020y163d00h00m00s : proto ; enddef; * def SCHEDULE_CONVERT_PROGRAM ; extension = NASA : hb : convert : "vex_to_snap.py -m mk6_ext -o y4233ahb.snp y4233a.vex hb" ; extension = NASA : ws : convert : "vex_to_snap.py -m mk6_ext -o y4233aws.snp y4233a.vex ws" ; enddef; * def FS_PROC_FLUSH_BUFFER_h01 ; extension = NASA : flush_buffer : 0.0 ; enddef; def FS_PROC_h01_flush_buffer ; extension = NASA : flush_buffer : 0.0 ; enddef; def FS_PROC_h01_gs ; extension = NASA : gs : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_gs ; enddef; def FS_PROC_h01_hb ; extension = NASA : hb : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_hb ; enddef; def FS_PROC_h01_is ; extension = NASA : is : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_is ; enddef; def FS_PROC_h01_jl ; extension = NASA : is : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_jl ; enddef; def FS_PROC_h01_k2 ; extension = NASA : k2 : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_k2 ; enddef; def FS_PROC_h01_ke ; extension = NASA : ke : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_ke ; enddef; def FS_PROC_h01_mg ; extension = NASA : mg : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_mg ; enddef; def FS_PROC_h01_nn ; extension = NASA : nn : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_nn ; enddef; def FS_PROC_h01_oe ; extension = NASA : oe : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_oe ; enddef; def FS_PROC_h01_ow ; extension = NASA : ow : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_ow ; enddef; def FS_PROC_h01_sa ; extension = NASA : sa : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_sa ; enddef; def FS_PROC_h01_wf ; extension = NASA : wf : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_wf ; enddef; def FS_PROC_h01_ws ; extension = NASA : ws : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_ws ; enddef; def FS_PROC_h01_yg ; extension = NASA : yg : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_yg ; enddef; def FS_PROC_h01_yj ; extension = NASA : yj : 8 : SCHEDULING_PARAMS FS_PROC_DEF_h01_yj ; enddef; def PROVENANCE ; extension = NASA : vex_proto : y2_vex.proto : 2023.12.18 ; extension = NASA : schedule_revision : 2 ; extension = NASA : sur_sked : 20240529 : 2024y216d07h21m58 ; extension = NASA : fuse_vex_frq.py : /vlbi/y4233a/h01_m02_vex.frq : 20240224 : 2024.08.03_07h21m32s ; extension = NASA : fuse_vex_prc.py : hb : /vlbi/y4233a/m02_hb.prc : 20230531 : 2024.08.03_07h21m32s ; extension = NASA : fuse_vex_prc.py : ws : /vlbi/y4233a/m02_ws.prc : 20230531 : 2024.08.03_07h21m32s ; enddef; $SCHEDULING_PARAMS; def FS_PROC_DEF_h01_gs; start_literal(proc_h01_gs); end_literal(proc_h01_gs); enddef; def FS_PROC_DEF_h01_hb; start_literal(proc_h01_hb); " NASA style of VLBI schedule in proc format for station " Station: HOBART12 Hb " " Template last modification date: 2024.07.25_06:27:16 " Generated on 2024.08.03_07:21:32 -0400 " " Provenance: generated by: gen_seq_prc.py 20240716 " Provenance: used procedure template file: /cont/prc/hb_template.prc " Provenance: used frequency definition file: /cont/freq_def.txt " Provenance: used frequency sequence file: /cont/seq/m02.seq " " Hidden procedures: caltsys clkoff maserdelay phasecal wth " define proc_library 00000000000x enddef " " ================================= " define exper_initi 00000000000x preses_h01 setmode_m02 enddef " "================================= " define pcalon 00000000000x " Turn phase cal on sy=/home/oper/bin/pcal.py on & enddef " "================================= " define iread 00000000000x ifa ifb ifc ifd ife iff ifg ifh enddef " "================================= " define bread 00000000000x bbc001 bbc002 bbc003 bbc004 bbc005 bbc006 bbc007 bbc008 bbc009 bbc010 bbc011 bbc012 bbc013 bbc014 bbc015 bbc016 bbc033 bbc034 bbc035 bbc036 bbc037 bbc038 bbc039 bbc040 bbc025 bbc026 bbc027 bbc028 bbc029 bbc030 bbc031 bbc032 bbc049 bbc050 bbc051 bbc052 bbc053 bbc054 bbc055 bbc056 bbc057 bbc058 bbc059 bbc060 bbc061 bbc062 bbc063 bbc064 bbc065 bbc066 bbc067 bbc068 bbc069 bbc070 bbc071 bbc072 bbc073 bbc074 bbc075 bbc076 bbc077 bbc078 bbc079 bbc080 enddef " "================================= " define checkmk5 00000000000x sy=/home/oper/bin/autocorr.flexbuff.sh & "scan_check mk5=status? enddef " "================================= "================================= "================================= " define preses_h01 00000000000x " Duration: 42 sec " OK proc_library sched_initi mk5=version? dbbc=version pcalon mk5=datastream=clear mk5=datastream=add:a.vdif:192.168.1.32/hb.* mk5=datastream=add:b.vdif:192.168.1.34/hb.* mk5=datastream=add:c.vdif:192.168.1.36/hb.* mk5=datastream=add:d.vdif:192.168.1.38/hb.* mk5=datastream=add:e.vdif:192.168.1.40/hb.* mk5=datastream=add:f.vdif:192.168.1.42/hb.* mk5=datastream=add:g.vdif:192.168.1.44/hb.* mk5=datastream=add:h.vdif:192.168.1.46/hb.* mk5=mode=vdif_8000-1024-8-2 mk5=mtu=9000 mk5=record=nthread::4 mk5=net_port=46227 mk5=net_protocol=udpsnor:805306368:134217728:4 dbbc3=core3h=1,inputselect vsi1-2-3-4 dbbc3=core3h=2,inputselect vsi1-2-3-4 dbbc3=core3h=3,inputselect vsi1-2-3-4 dbbc3=core3h=4,inputselect vsi1-2-3-4 dbbc3=core3h=5,inputselect vsi1-2-3-4 dbbc3=core3h=6,inputselect vsi1-2-3-4 dbbc3=core3h=7,inputselect vsi1-2-3-4 dbbc3=core3h=8,inputselect vsi1-2-3-4 dbbc3=core3h=1,vsi_samplerate 128000000 4 dbbc3=core3h=2,vsi_samplerate 128000000 4 dbbc3=core3h=3,vsi_samplerate 128000000 4 dbbc3=core3h=4,vsi_samplerate 128000000 4 dbbc3=core3h=5,vsi_samplerate 128000000 4 dbbc3=core3h=6,vsi_samplerate 128000000 4 dbbc3=core3h=7,vsi_samplerate 128000000 4 dbbc3=core3h=8,vsi_samplerate 128000000 4 dbbc3=core3h=1,splitmode on dbbc3=core3h=2,splitmode on dbbc3=core3h=3,splitmode on dbbc3=core3h=4,splitmode on dbbc3=core3h=5,splitmode on dbbc3=core3h=6,splitmode on dbbc3=core3h=7,splitmode on dbbc3=core3h=8,splitmode on dbbc3=core3h=1,vsi_bitmask 0x33333333 0x33333333 0x33333333 0x33333333 dbbc3=core3h=2,vsi_bitmask 0x33333333 0x33333333 0x33333333 0x33333333 dbbc3=core3h=3,vsi_bitmask 0xcccccccc 0xcccccccc 0xcccccccc 0xcccccccc dbbc3=core3h=4,vsi_bitmask 0xcccccccc 0xcccccccc 0xcccccccc 0xcccccccc dbbc3=core3h=5,vsi_bitmask 0xcccccccc 0xcccccccc 0xcccccccc 0xcccccccc dbbc3=core3h=6,vsi_bitmask 0xcccccccc 0xcccccccc 0xcccccccc 0xcccccccc dbbc3=core3h=7,vsi_bitmask 0x33333333 0x33333333 0x33333333 0x33333333 dbbc3=core3h=8,vsi_bitmask 0x33333333 0x33333333 0x33333333 0x33333333 dbbc3=core3h=1,reset dbbc3=core3h=2,reset dbbc3=core3h=3,reset dbbc3=core3h=4,reset dbbc3=core3h=5,reset dbbc3=core3h=6,reset dbbc3=core3h=7,reset dbbc3=core3h=8,reset dbbc3=core3h=1,vdif_station ke dbbc3=core3h=2,vdif_station ke dbbc3=core3h=3,vdif_station ke dbbc3=core3h=4,vdif_station ke dbbc3=core3h=5,vdif_station ke dbbc3=core3h=6,vdif_station ke dbbc3=core3h=7,vdif_station ke dbbc3=core3h=8,vdif_station ke dbbc3=core3h=1,vdif_frame 2 8 8000 ct=off dbbc3=core3h=2,vdif_frame 2 8 8000 ct=off dbbc3=core3h=3,vdif_frame 2 8 8000 ct=off dbbc3=core3h=4,vdif_frame 2 8 8000 ct=off dbbc3=core3h=5,vdif_frame 2 8 8000 ct=off dbbc3=core3h=6,vdif_frame 2 8 8000 ct=off dbbc3=core3h=7,vdif_frame 2 8 8000 ct=off dbbc3=core3h=8,vdif_frame 2 8 8000 ct=off dbbc3=core3h=1,regupdate vdif_header 3 0 0x03FF0000 dbbc3=core3h=2,regupdate vdif_header 3 65536 0x03FF0000 dbbc3=core3h=3,regupdate vdif_header 3 131072 0x03FF0000 dbbc3=core3h=4,regupdate vdif_header 3 196608 0x03FF0000 dbbc3=core3h=5,regupdate vdif_header 3 262144 0x03FF0000 dbbc3=core3h=6,regupdate vdif_header 3 327680 0x03FF0000 dbbc3=core3h=7,regupdate vdif_header 3 393216 0x03FF0000 dbbc3=core3h=8,regupdate vdif_header 3 458752 0x03FF0000 dbbc3=core3h=1,timesync !+5s dbbc3=core3h=2,timesync !+5s dbbc3=core3h=3,timesync !+5s dbbc3=core3h=4,timesync !+5s dbbc3=core3h=5,timesync !+5s dbbc3=core3h=6,timesync !+5s dbbc3=core3h=7,timesync !+5s dbbc3=core3h=8,timesync !+5s dbbc3=core3h=1,destination 0 192.168.1.50:46227 dbbc3=core3h=2,destination 0 192.168.1.50:46227 dbbc3=core3h=3,destination 0 192.168.1.50:46227 dbbc3=core3h=4,destination 0 192.168.1.50:46227 dbbc3=core3h=5,destination 0 192.168.1.50:46227 dbbc3=core3h=6,destination 0 192.168.1.50:46227 dbbc3=core3h=7,destination 0 192.168.1.50:46227 dbbc3=core3h=8,destination 0 192.168.1.50:46227 dbbc3=core3h=1,destination 1 none dbbc3=core3h=2,destination 1 none dbbc3=core3h=3,destination 1 none dbbc3=core3h=4,destination 1 none dbbc3=core3h=5,destination 1 none dbbc3=core3h=6,destination 1 none dbbc3=core3h=7,destination 1 none dbbc3=core3h=8,destination 1 none dbbc3=pps_sync !+2s dbbc3=core3h=1,start vdif dbbc3=core3h=2,start vdif dbbc3=core3h=3,start vdif dbbc3=core3h=4,start vdif dbbc3=core3h=5,start vdif dbbc3=core3h=6,start vdif dbbc3=core3h=7,start vdif dbbc3=core3h=8,start vdif enddef " "================================= " define setmode_m02 00000000000x " Duration: 1 sec " " Hardware setup name: h01 " Frequency setup name: m02 " " IF: 1 Band: 1 Band_name: a IF_ind: 1 Sky freq: 3000.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 2 Band: 1 Band_name: a IF_ind: 2 Sky freq: 3032.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 3 Band: 1 Band_name: a IF_ind: 3 Sky freq: 3064.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 4 Band: 1 Band_name: a IF_ind: 4 Sky freq: 3192.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 5 Band: 1 Band_name: a IF_ind: 5 Sky freq: 3288.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 6 Band: 1 Band_name: a IF_ind: 6 Sky freq: 3352.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 7 Band: 1 Band_name: a IF_ind: 7 Sky freq: 3416.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " IF: 8 Band: 1 Band_name: a IF_ind: 8 Sky freq: 3448.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: lsb " " IF: 9 Band: 2 Band_name: b IF_ind: 1 Sky freq: 7088.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 10 Band: 2 Band_name: b IF_ind: 2 Sky freq: 7120.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 11 Band: 2 Band_name: b IF_ind: 3 Sky freq: 7152.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 12 Band: 2 Band_name: b IF_ind: 4 Sky freq: 7184.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 13 Band: 2 Band_name: b IF_ind: 5 Sky freq: 7216.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 14 Band: 2 Band_name: b IF_ind: 6 Sky freq: 7248.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 15 Band: 2 Band_name: b IF_ind: 7 Sky freq: 7280.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " IF: 16 Band: 2 Band_name: b IF_ind: 8 Sky freq: 7312.40 Bandwidth: 32.0 LO freq: 7000.0 MHz Side: usb " " IF: 17 Band: 3 Band_name: c IF_ind: 1 Sky freq: 7344.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 18 Band: 3 Band_name: c IF_ind: 2 Sky freq: 7376.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 19 Band: 3 Band_name: c IF_ind: 3 Sky freq: 7408.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 20 Band: 3 Band_name: c IF_ind: 4 Sky freq: 7440.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 21 Band: 3 Band_name: c IF_ind: 5 Sky freq: 7472.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 22 Band: 3 Band_name: c IF_ind: 6 Sky freq: 7504.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 23 Band: 3 Band_name: c IF_ind: 7 Sky freq: 7536.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " IF: 24 Band: 3 Band_name: c IF_ind: 8 Sky freq: 7568.40 Bandwidth: 32.0 LO freq: 6000.0 MHz Side: usb " " IF: 25 Band: 4 Band_name: d IF_ind: 1 Sky freq: 8088.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 26 Band: 4 Band_name: d IF_ind: 2 Sky freq: 8152.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 27 Band: 4 Band_name: d IF_ind: 3 Sky freq: 8216.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 28 Band: 4 Band_name: d IF_ind: 4 Sky freq: 8280.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 29 Band: 4 Band_name: d IF_ind: 5 Sky freq: 8344.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 30 Band: 4 Band_name: d IF_ind: 6 Sky freq: 8408.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 31 Band: 4 Band_name: d IF_ind: 7 Sky freq: 8472.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " IF: 32 Band: 4 Band_name: d IF_ind: 8 Sky freq: 8536.40 Bandwidth: 32.0 LO freq: 9500.0 MHz Side: lsb " " tpi=all tpicd=no,80 mk5=mode? " Band: A Polar: h bbc001=3519.6,a,32.0 bbc002=3551.6,a,32.0 bbc003=3615.6,a,32.0 bbc004=3679.6,a,32.0 bbc005=3775.6,a,32.0 bbc006=3903.6,a,32.0 bbc007=3935.6,a,32.0 bbc008=3967.6,a,32.0 " Band: B Polar: v bbc009=3519.6,b,32.0 bbc010=3551.6,b,32.0 bbc011=3615.6,b,32.0 bbc012=3679.6,b,32.0 bbc013=3775.6,b,32.0 bbc014=3903.6,b,32.0 bbc015=3935.6,b,32.0 bbc016=3967.6,b,32.0 " Band: C Polar: h bbc065=344.4,a,32.0 bbc066=312.4,a,32.0 bbc067=280.4,a,32.0 bbc068=248.4,a,32.0 bbc069=216.4,a,32.0 bbc070=184.4,a,32.0 bbc071=152.4,a,32.0 bbc072=120.4,a,32.0 " Band: D Polar: v bbc073=344.4,b,32.0 bbc074=312.4,b,32.0 bbc075=280.4,b,32.0 bbc076=248.4,b,32.0 bbc077=216.4,b,32.0 bbc078=184.4,b,32.0 bbc079=152.4,b,32.0 bbc080=120.4,b,32.0 " Band: E Polar: h bbc025=1600.4,d,32.0 bbc026=1568.4,d,32.0 bbc027=1536.4,d,32.0 bbc028=1504.4,d,32.0 bbc029=1472.4,d,32.0 bbc030=1440.4,d,32.0 bbc031=1408.4,d,32.0 bbc032=1376.4,d,32.0 " Band: F Polar: v bbc033=1600.4,e,32.0 bbc034=1568.4,e,32.0 bbc035=1536.4,e,32.0 bbc036=1504.4,e,32.0 bbc037=1472.4,e,32.0 bbc038=1440.4,e,32.0 bbc039=1408.4,e,32.0 bbc040=1376.4,e,32.0 " Band: G Polar: h bbc049=931.6,g,32.0 bbc050=995.6,g,32.0 bbc051=1059.6,g,32.0 bbc052=1123.6,g,32.0 bbc053=1187.6,g,32.0 bbc054=1251.6,g,32.0 bbc055=1315.6,g,32.0 bbc056=1379.6,g,32.0 " Band: H Polar: v bbc057=931.6,h,32.0 bbc058=995.6,h,32.0 bbc059=1059.6,h,32.0 bbc060=1123.6,h,32.0 bbc061=1187.6,h,32.0 bbc062=1251.6,h,32.0 bbc063=1315.6,h,32.0 bbc064=1379.6,h,32.0 " ifa=2,agc,2 ifb=2,agc,2 ifc=2,agc,2 ifd=2,agc,2 ife=2,agc,2 iff=2,agc,2 ifg=2,agc,2 ifh=2,agc,2 lo= " set observing mode m02 " set the lo stream lo= lo=loa,7000.0,lsb,lcp lo=lob,7000.0,lsb,rcp lo=loc,7000.0,usb,lcp lo=lod,7000.0,usb,rcp lo=loe,6000.0,usb,lcp lo=lof,6000.0,usb,rcp lo=log,9500.0,lsb,lcp lo=loh,9500.0,lsb,rcp enddef " "================================= " define setscan_h01 00000000000x " Duration: 0 sec checkmk5 enddef " "================================= " define preob_h01 00000000000x " Duration: 0 sec iread bread dbbc3=dbbcgain=all,man onsource caltsys enddef " "================================= " define midob_h01 00000000000x " Duration: 1 sec onsource track wth sy=popen -n uptime uptime & iread bread clkoff maserdelay dbbc3=pps_delay dbbc3=core3hstats=4 dbbc3=core3hstats=5 dbbc3=core3hstats=7 dbbc3=core3hstats=8 mk5=mode? disk_record=on disk_record data_valid=on !+1s enddef " "================================= " define postob_h01 00000000000x " Duration: 0 sec data_valid=off disk_record=off !+1s mk5=evlbi? dbbc=dbbcgain=all,agc,15000 enddef " "================================= " define postses_h01 00000000000x " Duration: 1 sec " End of schedule sched_end enddef end_literal(proc_h01_hb); enddef; def FS_PROC_DEF_h01_is; start_literal(proc_h01_is); end_literal(proc_h01_is); enddef; def FS_PROC_DEF_h01_k2; start_literal(proc_h01_k2); end_literal(proc_h01_k2); enddef; def FS_PROC_DEF_h01_ke; start_literal(proc_h01_ke); end_literal(proc_h01_ke); enddef; def FS_PROC_DEF_h01_mg; start_literal(proc_h01_mg); end_literal(proc_h01_mg); enddef; def FS_PROC_DEF_h01_nn; start_literal(proc_h01_nn); end_literal(proc_h01_nn); enddef; def FS_PROC_DEF_h01_oe; start_literal(proc_h01_oe); end_literal(proc_h01_oe); enddef; def FS_PROC_DEF_h01_ow; start_literal(proc_h01_ow); end_literal(proc_h01_ow); enddef; def FS_PROC_DEF_h01_sa; start_literal(proc_h01_sa); end_literal(proc_h01_sa); enddef; def FS_PROC_DEF_h01_wf; start_literal(proc_h01_wf); end_literal(proc_h01_wf); enddef; def FS_PROC_DEF_h01_ws; start_literal(proc_h01_ws); " NASA style of VLBI schedule in proc format. " Station: WETTZ13S Ws " " Template last modification date: 2024.04.04_18:19:36 " Last update: 2024.08.03_07:21:32 -0400 " " Provenance: generated by: gen_seq_prc.py 20240716 " Provenance: used procedure template file: /cont/prc/ws_template.prc " Provenance: used frequency definition file: /cont/freq_def.txt " Provenance: used frequency sequence file: /cont/seq/m02.seq " " Hidden procedures: dotmon dotmon2 rxall " define sched_initi 00000000000x preses_h01 enddef " " ================================= " define core3hsx 00000000000x core3h_mode=begin,$ core3h_mode=1,,oxcccccccc,,64.0,$ "" 0xccc: defines lower sub-band core3h_mode=2,,0xcccccccc,,64.0,$ core3h_mode=3,,0xcccccccc,,64.0,$ core3h_mode=4,,0xcccccccc,,64.0,$ core3h_mode=5,,0xcccccccc,,64.0,$ core3h_mode=6,,0xcccccccc,,64.0,$ core3h_mode=7,,0xcccccccc,,64.0,$ core3h_mode=8,,0xcccccccc,,64.0,$ core3h_mode=end,$ enddef " " ================================= " define threadsx 00000000000x "" thread defintion of flexbuff fb=datastream=clear fb=datastream=add:{thread}:* fb=datastream=reset enddef " " ================================= " define setthread core3h=1,regupdate vdif_header 3 0 0x03FF0000 core3h=2,regupdate vdif_header 3 65536 0x03FF0000 core3h=3,regupdate vdif_header 3 131072 0x03FF0000 core3h=4,regupdate vdif_header 3 196608 0x03FF0000 core3h=5,regupdate vdif_header 3 262144 0x03FF0000 core3h=6,regupdate vdif_header 3 327680 0x03FF0000 core3h=7,regupdate vdif_header 3 393216 0x03FF0000 core3h=8,regupdate vdif_header 3 458752 0x03FF0000 enddef " " ================================= " define timesync 00000000000x core3h=1,timesync core3h=2,timesync core3h=3,timesync core3h=4,timesync core3h=5,timesync core3h=6,timesync core3h=7,timesync core3h=8,timesync !+1s dbbc3=pps_sync " " ================================= " enddef define core3_start 00000000000x core3h=1,start vdif core3h=2,start vdif core3h=3,start vdif core3h=4,start vdif core3h=5,start vdif core3h=6,start vdif core3h=7,start vdif core3h=8,start vdif enddef " " ================================= " define core3_stop 00000000000x core3h=1,stop core3h=2,stop core3h=3,stop core3h=4,stop core3h=5,stop core3h=6,stop core3h=7,stop core3h=8,stop enddef " " ================================= " define pcalon 00000000000x enddef " " ================================= " ================================= " define preses_h01 00000000000x " Duration: 0 sec "fb: flexbuff commands fb=dts_id? "" software revision fb=os_rev? "" fb_status "" status flexbuff dbbc3=version pcalon tpicd=stop core3hsx=$ "" field system place holder, core3h: VDIF header generator fb_mode=vdif,,,64.0 "" flexbuff mode setting, 64 MSps fb_mode "" mode monitoring threadsx "" setting in the core3h board (8 of them) individual thread ID for VDIF stream fb_config "" setting of flexbuff parameters dealing with buffer sizes cont_cal=off "" needs to adapted to cont_cal=on bbc_gain=all,agc,16000 "" individual 64 digital bbc setting to agc and 16000 power counts setthread "" ? timesync "" ? core3_start "" ? tpicd=no,0 tpicd enddef " " ================================= " define setmode_m02 00000000000x " Duration: 4 sec ifa=1,agc,32000 ifb=1,agc,32000 ifc=1,agc,32000 ifd=1,agc,32000 ife=1,agc,32000 iff=1,agc,32000 ifg=1,agc,32000 ifh=1,agc,32000 lo= lo=loa,2472.4,usb,lcp,5, lo=lob,2472.4,usb,rcp,5, lo=loc,6560.4,usb,lcp,5, lo=lod,6560.4,usb,rcp,5, lo=loe,6816.4,usb,lcp,5, lo=lof,6816.4,usb,rcp,5, lo=log,7560.4,usb,lcp,5, lo=loh,7560.4,usb,rcp,5, lo_config " " bbcxxx are hard set for 8 Gbps mode " " " Hardware setup name: h01 " Frequency setup name: m02 " " IF: 1 Band: 1 Band_name: a IF_ind: 1 Sky freq: 3000.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 2 Band: 1 Band_name: a IF_ind: 2 Sky freq: 3032.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 3 Band: 1 Band_name: a IF_ind: 3 Sky freq: 3064.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 4 Band: 1 Band_name: a IF_ind: 4 Sky freq: 3192.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 5 Band: 1 Band_name: a IF_ind: 5 Sky freq: 3288.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 6 Band: 1 Band_name: a IF_ind: 6 Sky freq: 3352.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 7 Band: 1 Band_name: a IF_ind: 7 Sky freq: 3416.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " IF: 8 Band: 1 Band_name: a IF_ind: 8 Sky freq: 3448.4 Bandwidth: 32.0 LO freq: 2472.4 UDC freq: 5993.1 MHz Side: usb " " IF: 9 Band: 2 Band_name: b IF_ind: 1 Sky freq: 7088.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 10 Band: 2 Band_name: b IF_ind: 2 Sky freq: 7120.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 11 Band: 2 Band_name: b IF_ind: 3 Sky freq: 7152.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 12 Band: 2 Band_name: b IF_ind: 4 Sky freq: 7184.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 13 Band: 2 Band_name: b IF_ind: 5 Sky freq: 7216.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 14 Band: 2 Band_name: b IF_ind: 6 Sky freq: 7248.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 15 Band: 2 Band_name: b IF_ind: 7 Sky freq: 7280.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " IF: 16 Band: 2 Band_name: b IF_ind: 8 Sky freq: 7312.4 Bandwidth: 32.0 LO freq: 6560.4 UDC freq: 7015.1 MHz Side: usb " " IF: 17 Band: 3 Band_name: c IF_ind: 1 Sky freq: 7344.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 18 Band: 3 Band_name: c IF_ind: 2 Sky freq: 7376.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 19 Band: 3 Band_name: c IF_ind: 3 Sky freq: 7408.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 20 Band: 3 Band_name: c IF_ind: 4 Sky freq: 7440.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 21 Band: 3 Band_name: c IF_ind: 5 Sky freq: 7472.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 22 Band: 3 Band_name: c IF_ind: 6 Sky freq: 7504.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 23 Band: 3 Band_name: c IF_ind: 7 Sky freq: 7536.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " IF: 24 Band: 3 Band_name: c IF_ind: 8 Sky freq: 7568.4 Bandwidth: 32.0 LO freq: 6816.4 UDC freq: 7079.1 MHz Side: usb " " IF: 25 Band: 4 Band_name: d IF_ind: 1 Sky freq: 8088.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 26 Band: 4 Band_name: d IF_ind: 2 Sky freq: 8152.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 27 Band: 4 Band_name: d IF_ind: 3 Sky freq: 8216.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 28 Band: 4 Band_name: d IF_ind: 4 Sky freq: 8280.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 29 Band: 4 Band_name: d IF_ind: 5 Sky freq: 8344.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 30 Band: 4 Band_name: d IF_ind: 6 Sky freq: 8408.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 31 Band: 4 Band_name: d IF_ind: 7 Sky freq: 8472.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " IF: 32 Band: 4 Band_name: d IF_ind: 8 Sky freq: 8536.4 Bandwidth: 32.0 LO freq: 7560.4 UDC freq: 7265.1 MHz Side: usb " " Band: A Polar: h bbc001=1008.0,a,32.0 bbc002=976.0,a,32.0 bbc003=912.0,a,32.0 bbc004=848.0,a,32.0 bbc005=752.0,a,32.0 bbc006=624.0,a,32.0 bbc007=592.0,a,32.0 bbc008=560.0,a,32.0 " Band: B Polar: v bbc009=1008.0,b,32.0 bbc010=976.0,b,32.0 bbc011=912.0,b,32.0 bbc012=848.0,b,32.0 bbc013=752.0,b,32.0 bbc014=624.0,b,32.0 bbc015=592.0,b,32.0 bbc016=560.0,b,32.0 " Band: C Polar: h bbc017=784.0,c,32.0 bbc018=752.0,c,32.0 bbc019=720.0,c,32.0 bbc020=688.0,c,32.0 bbc021=656.0,c,32.0 bbc022=624.0,c,32.0 bbc023=592.0,c,32.0 bbc024=560.0,c,32.0 " Band: D Polar: v bbc025=784.0,d,32.0 bbc026=752.0,d,32.0 bbc027=720.0,d,32.0 bbc028=688.0,d,32.0 bbc029=656.0,d,32.0 bbc030=624.0,d,32.0 bbc031=592.0,d,32.0 bbc032=560.0,d,32.0 " Band: E Polar: h bbc033=784.0,e,32.0 bbc034=752.0,e,32.0 bbc035=720.0,e,32.0 bbc036=688.0,e,32.0 bbc037=656.0,e,32.0 bbc038=624.0,e,32.0 bbc039=592.0,e,32.0 bbc040=560.0,e,32.0 " Band: F Polar: v bbc041=784.0,f,32.0 bbc042=752.0,f,32.0 bbc043=720.0,f,32.0 bbc044=688.0,f,32.0 bbc045=656.0,f,32.0 bbc046=624.0,f,32.0 bbc047=592.0,f,32.0 bbc048=560.0,f,32.0 " Band: G Polar: h bbc049=1008.0,g,32.0 bbc050=944.0,g,32.0 bbc051=880.0,g,32.0 bbc052=816.0,g,32.0 bbc053=752.0,g,32.0 bbc054=688.0,g,32.0 bbc055=624.0,g,32.0 bbc056=560.0,g,32.0 " Band: H Polar: v bbc057=1008.0,h,32.0 bbc058=944.0,h,32.0 bbc059=880.0,h,32.0 bbc060=816.0,h,32.0 bbc061=752.0,h,32.0 bbc062=688.0,h,32.0 bbc063=624.0,h,32.0 bbc064=560.0,h,32.0 enddef " " ================================= " define setscan_h01 00000000000x " Duration: 0 sec pcalon enddef " " ================================= " define preob_h01 00000000000x " Duration: 0 sec onsource mk6=rtime?8192; enddef " " ================================= " define midob_h01 00000000000x " Duration: 0 sec mk6=rtime?8192; onsource wx dotmon dotmon2 rxall cable " mk6=dts_id?; antenna=status bread iread mk6=input_stream?; data_valid=on disk_record=on enddef " " ================================= " define postob_h01 00000000000x " Duration: 2 sec data_valid=off disk_record=off mk6=rtime?8192; "" !+2s "" mk6=scan_check?; enddef " " ================================= " define postses_h01 00000000000x " Duration: 0 sec " End of schedule sched_end enddef end_literal(proc_h01_ws); enddef; def FS_PROC_DEF_h01_yg; start_literal(proc_h01_yg); end_literal(proc_h01_yg); enddef; def FS_PROC_DEF_h01_yj; start_literal(proc_h01_yj); end_literal(proc_h01_yj); enddef; * *------------------------------------------------------------------------------ $SOURCE; * def 1908-201; * source_position_ref = J1911-2006; TAG source_name = 1908-201; IAU_name = 1908-201; ra = 19h11m09.650000s; dec = -20d06'55.10000"; ref_coord_frame = J2000; enddef; * def 2022-077; * source_position_ref = J2025-0735; TAG source_name = 2022-077; IAU_name = 2022-077; ra = 20h25m40.660000s; dec = -07d35'52.70000"; ref_coord_frame = J2000; enddef; * def 2121+053; * source_position_ref = J2123+0535; TAG source_name = 2121+053; IAU_name = 2121+053; ra = 21h23m44.520000s; dec = +05d35'22.10000"; ref_coord_frame = J2000; enddef; * * *------------------------------------------------------------------------------ $SCHED; * scan No0001; mode=m02; start=2024y233d17h30m04s; * stop=2024y233d17h33m04s; source=2121+053; station= Hb : 0 sec: 180 sec: 215.040 GB: : &n : 1; station= Ws : 0 sec: 180 sec: 215.040 GB: : &n : 1; endscan; * scan No0002; mode=m02; start=2024y233d17h33m29s; * stop=2024y233d17h36m29s; source=2022-077; station = Hb : 0 sec: 180 sec: 389.120 GB: : &n : 1; station = Ws : 0 sec: 180 sec: 399.360 GB: : &n : 1; endscan; * scan No0003; mode=m02; start=2024y233d17h36m55s; * stop=2024y233d17h40m00s; source=1908-201; station = Hb : 0 sec: 185 sec: 568.320 GB: : &cw : 1; station = Ws : 0 sec: 185 sec: 588.800 GB: : &n : 1; endscan; *