VEX_rev = 1.5;
*-------- begin GLOBAL
$GLOBAL;
    ref $EXPER = s2018a;
*
* Nominal_start_date_UTC: 2022.01.18-21:05:00.0000000000
* Duration:                 0.18 hours
*                                                      +------------+
*                         PI revision number:          |    1       |
*                                                      +------------+
*
*-------- end   GLOBAL
$EXPER;
  def s2018a;
    exper_name          = s2018a;
    exper_description   = "MgWs vex-to-snap test s2018a";
    exper_nominal_start = 2022y018d21h05m00s;
    exper_nominal_stop  = 2022y018d21h16m01s;
    target_correlator   = VLBIDIFX;
    contact_name        = "Leonid Petrov";
    scheduler_name      = "Leonid Petrov";
    scheduler_email     = Leonid.Petrov@lpetrov.net;
  enddef;
*-------- end   $EXPER
*----------------------- begin $MODE ----------------------*
$MODE;
  def VGOS;
    ref $FREQ = VGOS_std:Mg:Ws;
    ref $BBC = VGOS_std:Mg:Ws;
    ref $IF = VGOS_std:Mg:Ws;
    ref $TRACKS = VDIF_format:Mg:Ws;
  enddef;
*-----------------------   end $MODE ----------------------*
*----------------------- begin $EOP ----------------------*
$EOP;
  def EOP16;
    TAI-UTC= 37 sec;
    A1-TAI= 0 sec;
    eop_ref_epoch=2022y16d;
    num_eop_points=1;
    eop_interval=24 hr;
    ut1-utc  = -0.110583 sec;
    x_wobble = 0.042330 asec;
    y_wobble = 0.299810 asec;
  enddef;
  def EOP17;
    TAI-UTC= 37 sec;
    A1-TAI= 0 sec;
    eop_ref_epoch=2022y17d;
    num_eop_points=1;
    eop_interval=24 hr;
    ut1-utc  = -0.110012 sec;
    x_wobble = 0.041280 asec;
    y_wobble = 0.301480 asec;
  enddef;
  def EOP18;
    TAI-UTC= 37 sec;
    A1-TAI= 0 sec;
    eop_ref_epoch=2022y18d;
    num_eop_points=1;
    eop_interval=24 hr;
    ut1-utc  = -0.109345 sec;
    x_wobble = 0.039800 asec;
    y_wobble = 0.302890 asec;
  enddef;
  def EOP19;
    TAI-UTC= 37 sec;
    A1-TAI= 0 sec;
    eop_ref_epoch=2022y19d;
    num_eop_points=1;
    eop_interval=24 hr;
    ut1-utc  = -0.108824 sec;
    x_wobble = 0.038440 asec;
    y_wobble = 0.304000 asec;
  enddef;
  def EOP20;
    TAI-UTC= 37 sec;
    A1-TAI= 0 sec;
    eop_ref_epoch=2022y20d;
    num_eop_points=1;
    eop_interval=24 hr;
    ut1-utc  = -0.108423 sec;
    x_wobble = 0.037710 asec;
    y_wobble = 0.305040 asec;
  enddef;
*-----------------------   end $EOP                ----------------------*
*----------------------- begin $CLOCK              ----------------------*
$CLOCK;
  def Mg;  clock_early = 2022y018d00h00m : 97.7365 usec : 2022y018d21h05m0s : -3.451e-13; enddef;
  def Ws;  clock_early = 2022y018d00h00m :  0.3600 usec : 2022y018d21h05m0s :  3.703e-13; enddef;
*-----------------------   end $CLOCK 
*----------------------- begin $STATION ----------------------*
$STATION;
  def Mg;
    ref $SITE = MACGO12M;
    ref $ANTENNA = MACGO12M;
    ref $DAS = RDBE_rack;
    ref $DAS = Mg_Mg;
    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;
*-----------------------   end $STATION ----------------------*
*----------------------- begin $ANTENNA ----------------------*
$ANTENNA;
  def MACGO12M;
    antenna_diam =  12.00 m;
    axis_type = az : el;
    axis_offset =    0.00000 m;
    antenna_motion = az : 720.0 deg/min :    10 sec;
    antenna_motion = el : 360.0 deg/min :     8 sec;
    pointing_sector = &n : az :  180.0 deg :  720.0 deg : el :    6.5 deg :   88.0 deg;
  enddef;
  def WETTZ13S;
    antenna_diam =  13.20 m;
    axis_type = az : el;
    axis_offset =    0.00000 m;
    antenna_motion = az : 720.0 deg/min :    10 sec;
    antenna_motion = el : 360.0 deg/min :    10 sec;
    pointing_sector = &n : az :  270.0 deg :  810.0 deg : el :    5.0 deg :   90.0 deg;
  enddef;
*-----------------------   end $ANTENNA ----------------------*
*----------------------- begin $BBC ----------------------*
$BBC;
  def VGOS_std;
    BBC_assign = &BBC01 : 01 : &IF_1N;
    BBC_assign = &BBC02 : 02 : &IF_1N;
    BBC_assign = &BBC03 : 03 : &IF_1N;
    BBC_assign = &BBC04 : 04 : &IF_1N;
    BBC_assign = &BBC05 : 05 : &IF_1N;
    BBC_assign = &BBC06 : 06 : &IF_1N;
    BBC_assign = &BBC07 : 07 : &IF_1N;
    BBC_assign = &BBC08 : 08 : &IF_1N;
    BBC_assign = &BBC09 : 09 : &IF_3N;
    BBC_assign = &BBC10 : 10 : &IF_3N;
    BBC_assign = &BBC11 : 11 : &IF_3N;
    BBC_assign = &BBC12 : 12 : &IF_3N;
    BBC_assign = &BBC13 : 13 : &IF_3N;
    BBC_assign = &BBC14 : 14 : &IF_3N;
    BBC_assign = &BBC15 : 15 : &IF_3N;
    BBC_assign = &BBC16 : 16 : &IF_3N;
    BBC_assign = &BBC17 : 01 : &IF_1N;
    BBC_assign = &BBC18 : 02 : &IF_1N;
    BBC_assign = &BBC19 : 03 : &IF_1N;
    BBC_assign = &BBC20 : 04 : &IF_1N;
    BBC_assign = &BBC21 : 05 : &IF_1N;
    BBC_assign = &BBC22 : 06 : &IF_1N;
    BBC_assign = &BBC23 : 07 : &IF_1N;
    BBC_assign = &BBC24 : 08 : &IF_1N;
    BBC_assign = &BBC25 : 09 : &IF_3N;
    BBC_assign = &BBC26 : 10 : &IF_3N;
    BBC_assign = &BBC27 : 11 : &IF_3N;
    BBC_assign = &BBC28 : 12 : &IF_3N;
    BBC_assign = &BBC29 : 13 : &IF_3N;
    BBC_assign = &BBC30 : 14 : &IF_3N;
    BBC_assign = &BBC31 : 15 : &IF_3N;
    BBC_assign = &BBC32 : 16 : &IF_3N;
    BBC_assign = &BBC33 : 01 : &IF_1N;
    BBC_assign = &BBC34 : 02 : &IF_1N;
    BBC_assign = &BBC35 : 03 : &IF_1N;
    BBC_assign = &BBC36 : 04 : &IF_1N;
    BBC_assign = &BBC37 : 05 : &IF_1N;
    BBC_assign = &BBC38 : 06 : &IF_1N;
    BBC_assign = &BBC39 : 07 : &IF_1N;
    BBC_assign = &BBC40 : 08 : &IF_1N;
    BBC_assign = &BBC41 : 09 : &IF_3N;
    BBC_assign = &BBC42 : 10 : &IF_3N;
    BBC_assign = &BBC43 : 11 : &IF_3N;
    BBC_assign = &BBC44 : 12 : &IF_3N;
    BBC_assign = &BBC45 : 13 : &IF_3N;
    BBC_assign = &BBC46 : 14 : &IF_3N;
    BBC_assign = &BBC47 : 15 : &IF_3N;
    BBC_assign = &BBC48 : 16 : &IF_3N;
    BBC_assign = &BBC49 : 01 : &IF_1N;
    BBC_assign = &BBC50 : 02 : &IF_1N;
    BBC_assign = &BBC51 : 03 : &IF_1N;
    BBC_assign = &BBC52 : 04 : &IF_1N;
    BBC_assign = &BBC53 : 05 : &IF_1N;
    BBC_assign = &BBC54 : 06 : &IF_1N;
    BBC_assign = &BBC55 : 07 : &IF_1N;
    BBC_assign = &BBC56 : 08 : &IF_1N;
    BBC_assign = &BBC57 : 09 : &IF_3N;
    BBC_assign = &BBC58 : 10 : &IF_3N;
    BBC_assign = &BBC59 : 11 : &IF_3N;
    BBC_assign = &BBC60 : 12 : &IF_3N;
    BBC_assign = &BBC61 : 13 : &IF_3N;
    BBC_assign = &BBC62 : 14 : &IF_3N;
    BBC_assign = &BBC63 : 15 : &IF_3N;
    BBC_assign = &BBC64 : 16 : &IF_3N;
  enddef;
*-----------------------   end $BBC ----------------------*
*----------------------- begin $DAS ----------------------*
$DAS;
  def RDBE_rack;
    electronics_rack_type = RDBE;
  enddef;
  def DBBC_DDC_rack;
    electronics_rack_type = DBBC_DDC;
  enddef;
  def Mark6_recorder;
    record_transport_type = Mark6;
  enddef;
  def Mg_Mg;
    recording_system_ID = Mg;
  enddef;
  def Ws_WS;
    recording_system_ID = WS;
  enddef;
  def 1_recorder;
    number_drives = 1;
  enddef;
  def 2_recorder;
    number_drives = 2;
  enddef;
*-----------------------   end $DAS ----------------------*
*----------------------- begin $FREQ ----------------------*
$FREQ;
  def VGOS_std;
    chan_def = &X : 3480.40 MHz : L : 32.000 MHz : &Ch01 : &BBC01 : &L_cal;
    chan_def = &X : 3448.40 MHz : L : 32.000 MHz : &Ch02 : &BBC02 : &L_cal;
    chan_def = &X : 3384.40 MHz : L : 32.000 MHz : &Ch03 : &BBC03 : &L_cal;
    chan_def = &X : 3320.40 MHz : L : 32.000 MHz : &Ch04 : &BBC04 : &L_cal;
    chan_def = &X : 3224.40 MHz : L : 32.000 MHz : &Ch05 : &BBC05 : &L_cal;
    chan_def = &X : 3096.40 MHz : L : 32.000 MHz : &Ch06 : &BBC06 : &L_cal;
    chan_def = &X : 3064.40 MHz : L : 32.000 MHz : &Ch07 : &BBC07 : &L_cal;
    chan_def = &X : 3032.40 MHz : L : 32.000 MHz : &Ch08 : &BBC08 : &L_cal;
    chan_def = &X : 3480.40 MHz : L : 32.000 MHz : &Ch09 : &BBC09 : &L_cal;
    chan_def = &X : 3448.40 MHz : L : 32.000 MHz : &Ch10 : &BBC10 : &L_cal;
    chan_def = &X : 3384.40 MHz : L : 32.000 MHz : &Ch11 : &BBC11 : &L_cal;
    chan_def = &X : 3320.40 MHz : L : 32.000 MHz : &Ch12 : &BBC12 : &L_cal;
    chan_def = &X : 3224.40 MHz : L : 32.000 MHz : &Ch13 : &BBC13 : &L_cal;
    chan_def = &X : 3096.40 MHz : L : 32.000 MHz : &Ch14 : &BBC14 : &L_cal;
    chan_def = &X : 3064.40 MHz : L : 32.000 MHz : &Ch15 : &BBC15 : &L_cal;
    chan_def = &X : 3032.40 MHz : L : 32.000 MHz : &Ch16 : &BBC16 : &L_cal;
    chan_def = &X : 5720.40 MHz : L : 32.000 MHz : &Ch17 : &BBC17 : &L_cal;
    chan_def = &X : 5688.40 MHz : L : 32.000 MHz : &Ch18 : &BBC18 : &L_cal;
    chan_def = &X : 5624.40 MHz : L : 32.000 MHz : &Ch19 : &BBC19 : &L_cal;
    chan_def = &X : 5560.40 MHz : L : 32.000 MHz : &Ch20 : &BBC20 : &L_cal;
    chan_def = &X : 5464.40 MHz : L : 32.000 MHz : &Ch21 : &BBC21 : &L_cal;
    chan_def = &X : 5336.40 MHz : L : 32.000 MHz : &Ch22 : &BBC22 : &L_cal;
    chan_def = &X : 5304.40 MHz : L : 32.000 MHz : &Ch23 : &BBC23 : &L_cal;
    chan_def = &X : 5272.40 MHz : L : 32.000 MHz : &Ch24 : &BBC24 : &L_cal;
    chan_def = &X : 5720.40 MHz : L : 32.000 MHz : &Ch25 : &BBC25 : &L_cal;
    chan_def = &X : 5688.40 MHz : L : 32.000 MHz : &Ch26 : &BBC26 : &L_cal;
    chan_def = &X : 5624.40 MHz : L : 32.000 MHz : &Ch27 : &BBC27 : &L_cal;
    chan_def = &X : 5560.40 MHz : L : 32.000 MHz : &Ch28 : &BBC28 : &L_cal;
    chan_def = &X : 5464.40 MHz : L : 32.000 MHz : &Ch29 : &BBC29 : &L_cal;
    chan_def = &X : 5336.40 MHz : L : 32.000 MHz : &Ch30 : &BBC30 : &L_cal;
    chan_def = &X : 5304.40 MHz : L : 32.000 MHz : &Ch31 : &BBC31 : &L_cal;
    chan_def = &X : 5272.40 MHz : L : 32.000 MHz : &Ch32 : &BBC32 : &L_cal;
    chan_def = &X : 6840.40 MHz : L : 32.000 MHz : &Ch33 : &BBC33 : &L_cal;
    chan_def = &X : 6808.40 MHz : L : 32.000 MHz : &Ch34 : &BBC34 : &L_cal;
    chan_def = &X : 6744.40 MHz : L : 32.000 MHz : &Ch35 : &BBC35 : &L_cal;
    chan_def = &X : 6680.40 MHz : L : 32.000 MHz : &Ch36 : &BBC36 : &L_cal;
    chan_def = &X : 6584.40 MHz : L : 32.000 MHz : &Ch37 : &BBC37 : &L_cal;
    chan_def = &X : 6456.40 MHz : L : 32.000 MHz : &Ch38 : &BBC38 : &L_cal;
    chan_def = &X : 6424.40 MHz : L : 32.000 MHz : &Ch39 : &BBC39 : &L_cal;
    chan_def = &X : 6392.40 MHz : L : 32.000 MHz : &Ch40 : &BBC40 : &L_cal;
    chan_def = &X : 6840.40 MHz : L : 32.000 MHz : &Ch41 : &BBC41 : &L_cal;
    chan_def = &X : 6808.40 MHz : L : 32.000 MHz : &Ch42 : &BBC42 : &L_cal;
    chan_def = &X : 6744.40 MHz : L : 32.000 MHz : &Ch43 : &BBC43 : &L_cal;
    chan_def = &X : 6680.40 MHz : L : 32.000 MHz : &Ch44 : &BBC44 : &L_cal;
    chan_def = &X : 6584.40 MHz : L : 32.000 MHz : &Ch45 : &BBC45 : &L_cal;
    chan_def = &X : 6456.40 MHz : L : 32.000 MHz : &Ch46 : &BBC46 : &L_cal;
    chan_def = &X : 6424.40 MHz : L : 32.000 MHz : &Ch47 : &BBC47 : &L_cal;
    chan_def = &X : 6392.40 MHz : L : 32.000 MHz : &Ch48 : &BBC48 : &L_cal;
    chan_def = &X : 10680.40 MHz : L : 32.000 MHz : &Ch49 : &BBC49 : &L_cal;
    chan_def = &X : 10648.40 MHz : L : 32.000 MHz : &Ch50 : &BBC50 : &L_cal;
    chan_def = &X : 10584.40 MHz : L : 32.000 MHz : &Ch51 : &BBC51 : &L_cal;
    chan_def = &X : 10520.40 MHz : L : 32.000 MHz : &Ch52 : &BBC52 : &L_cal;
    chan_def = &X : 10424.40 MHz : L : 32.000 MHz : &Ch53 : &BBC53 : &L_cal;
    chan_def = &X : 10296.40 MHz : L : 32.000 MHz : &Ch54 : &BBC54 : &L_cal;
    chan_def = &X : 10264.40 MHz : L : 32.000 MHz : &Ch55 : &BBC55 : &L_cal;
    chan_def = &X : 10232.40 MHz : L : 32.000 MHz : &Ch56 : &BBC56 : &L_cal;
    chan_def = &X : 10680.40 MHz : L : 32.000 MHz : &Ch57 : &BBC57 : &L_cal;
    chan_def = &X : 10648.40 MHz : L : 32.000 MHz : &Ch58 : &BBC58 : &L_cal;
    chan_def = &X : 10584.40 MHz : L : 32.000 MHz : &Ch59 : &BBC59 : &L_cal;
    chan_def = &X : 10520.40 MHz : L : 32.000 MHz : &Ch60 : &BBC60 : &L_cal;
    chan_def = &X : 10424.40 MHz : L : 32.000 MHz : &Ch61 : &BBC61 : &L_cal;
    chan_def = &X : 10296.40 MHz : L : 32.000 MHz : &Ch62 : &BBC62 : &L_cal;
    chan_def = &X : 10264.40 MHz : L : 32.000 MHz : &Ch63 : &BBC63 : &L_cal;
    chan_def = &X : 10232.40 MHz : L : 32.000 MHz : &Ch64 : &BBC64 : &L_cal;
    sample_rate = 64.0 Ms/sec;
  enddef;
*-----------------------   end $FREQ ----------------------*
*----------------------- begin $IF ----------------------*
$IF;
   def VGOS_std;
    if_def = &IF_1N : 3N : X : 8080.0 MHz : U : 5 MHz : 0 Hz;
    if_def = &IF_3N : 3N : Y : 8080.0 MHz : U : 5 MHz : 0 Hz;
  enddef;
*-----------------------   end $IF ----------------------*
*----------------------- begin $PHASE_CAL_DETECT ----------------------*
$PHASE_CAL_DETECT;
  def Standard;
    phase_cal_detect = &U_cal : 1;
  enddef;
*-----------------------   end $PHASE_CAL_DETECT ----------------------*
*----------------------- begin $ROLL ----------------------*
$ROLL;
  def NO_ROLL;
    roll = off;
  enddef;
*-----------------------   end $ROLL ----------------------*
*----------------------- begin $SCHED ----------------------*
$SCHED;
*
scan No0001;
    mode=VGOS;
    start=2022y018d21h05m04s;
*    stop=2022y018d21h05m44s;
    source=0133+476;
    station=Mg:    0 sec:   40 sec:    71.680 GB:   : &n     : 1;
    station=Ws:    0 sec:   40 sec:    71.680 GB:   : &cw    : 1;
endscan;
*
scan No0002;
    mode=VGOS;
    start=2022y018d21h06m01s;
*    stop=2022y018d21h16m01s;
    source=NRAO150 ;
    station=Mg:    0 sec:  600 sec:   683.008 GB:   : &n     : 1;
    station=Ws:    0 sec:  600 sec:   683.008 GB:   : &cw    : 1;
endscan;
*
*-----------------------   end $SCHED ----------------------*
*----------------------- begin $SITES ----------------------*
$SITE;
  def MACGO12M;
    site_type = fixed;
    site_name = MACGO12M;
    site_ID = Mg;
    site_position = -1330788.462 m : -5328106.593 m :  3236427.492 m;
    horizon_map_az =   0.0 deg :  70.0 :  75.0 :  80.0 :  85.0 :  95.0 : 105.0 : 145.0 : 150.0 : 155.0 : 165.0 : 185.0 : 190.0 : 195.0 : 360.0;
    horizon_map_el =   5.0 deg :   6.0 :   7.0 :   8.0 :   9.0 :   8.0 :   6.0 :   7.0 :   8.0 :   9.0 :  10.0 :   8.0 :   7.0 :   5.0 :   5.0;
    occupation_code = 00000000;
  enddef;
  def WETTZ13S;
    site_type = fixed;
    site_name = WETTZ13S;
    site_ID = Ws;
    site_position =  4075658.807 m :   931824.883 m :  4801516.273 m;
    horizon_map_az =   0.0 deg : 360.0;
    horizon_map_el =   5.0 deg :   5.0;
    occupation_code = 73880000;
  enddef;
*-----------------------   end $SITES ----------------------*
*----------------------- begin $SOURCE ----------------------*
$SOURCE;
*
def NRAO150 ;
*   source_position_ref = J0359+5057; TAG
    source_name = NRAO150 ;
    IAU_name = NRAO150 ;
    ra = 03h59m29.740000s;
    dec = +50d57'50.10000";
    ref_coord_frame = J2000;
enddef;
*
def 0133+476;
*   source_position_ref = J0136+4751; TAG
    source_name = 0133+476;
    IAU_name = 0133+476;
    ra = 01h36m58.590000s;
    dec = +47d51'29.10000";
    ref_coord_frame = J2000;
enddef;
*
*-----------------------   end $SOURCE ----------------------*
*----------------------- begin $TRACKS ----------------------*
$TRACKS;
  def VDIF_format;
    track_frame_format = VDIF/32800/2;
  enddef;
*-----------------------   end $TRACKS ----------------------*
*----------------------- begin $SCHEDULING_PARAMS ----------------------*
$SCHEDULING_PARAMS;
  def SKED_PARAMS;
start_literal( );
$PARAM
DESCRIPTION VG222-018
SCHEDULING_SOFTWARE SKED
SOFTWARE_VERSION 2020JUN16
SCHEDULE_CREATE_DATE 2022/01/23 08:50:01
SCHEDULER  DACH
CALIBRATION     3 CORSYNCH        0 DURATION      196
EARLY           0 IDLE            0 LOOKAHEAD       0
MAXSCAN        30 MINSCAN        15 MINSLEW         0 MARK6_OFF       0
FILL_OFF        0
MIDTP           0 MODULAR         1 MODSCAN         1 PARITY          0
SETUP           0 SOURCE          0 TAPETM          0 WIDTH           0
CONFIRM         Y VSCAN           Y
DEBUG           N KEEP_LOG        N VERBOSE         N CONF_EQUIP      N
PRFLAG       YNNN SNR          AUTO
FREQUENCY   SX PREOB      PREOB  MIDOB     MIDOB  POSTOB     POSTOB
ELEVATION _   5.0
TAPE_MOTION _  START&STOP
TAPE_ALLOCATION _  SCHEDULED
SCAN     1 196   2 196   3 196   4 196   5 196   6 196   7 196   8 196
SCAN     9 196  10 196  11 196  12 196  13 196  14 196  15 196  16 196
SCAN    17 196  18 196  19 196  20 196  21 196  22 196  23 196  24 196
SCAN    25 196  26 196  27 196  28 196  29 196  30 196  31 196  32 196
SCAN    33 196  34 196  35 196  36 196  37 196  38 196  39 196  40 196
SCAN    41 196  42 196  43 196  44 196  45 196  46 196  47 196  48 196
$OP
XP F YP F DUT F PSI F EPS F
Mg AOFF F ARAT F COFF F CRT1 F CRT2 F X F Y F Z F
Ws AOFF F ARAT F COFF F CRT1 F CRT2 F X F Y F Z F
  1 F   2 F   3 F   4 F   5 F   6 F   7 F   8 F   9 F  10 F
 11 F  12 F  13 F  14 F  15 F  16 F  17 F  18 F  19 F  20 F
 21 F  22 F  23 F  24 F  25 F  26 F  27 F  28 F  29 F  30 F
 31 F  32 F  33 F  34 F  35 F  36 F  37 F  38 F  39 F  40 F
 41 F  42 F  43 F  44 F  45 F  46 F  47 F  48 F
XP F YP F DUT F PSI F EPS F
Mg AOFF F ARAT F COFF F CRT1 F CRT2 F X F Y F Z F
Ws AOFF F ARAT F COFF F CRT1 F CRT2 F X F Y F Z F
  1 F   2 F   3 F   4 F   5 F   6 F   7 F   8 F   9 F  10 F
 11 F  12 F  13 F  14 F  15 F  16 F  17 F  18 F  19 F  20 F
 21 F  22 F  23 F  24 F  25 F  26 F  27 F  28 F  29 F  30 F
 31 F  32 F  33 F  34 F  35 F  36 F  37 F  38 F  39 F  40 F
 41 F  42 F  43 F  44 F  45 F  46 F  47 F  48 F
$MAJOR
Subnet MgWs
SkyCov             Yes
AllBlGood          Yes
MaxAngle       180.00
MinAngle        30.00
MinBetween         20
MinSunDist      15.00
MaxSlewTime       300
TimeWindow         24.00
MinSubNetSize       2
NumSubNet           1
Best               60
FillIn            Yes
FillMinSub          3
FillMinTime       120
FillBest           80
Add_ps              5.0
SNRWts            Yes
SplitTwins         No
$MINOR
Astro           No   Abs          3.00
BegScan         Yes  Rel          1.00
Covar           No   Abs          1.00
EndScan         Yes  Rel          1.00
LowDec          No   Abs          1.00
NumLoEl         No   Rel          1.00        5.00
NumRiseSet      No   Abs          1.00
NumObs          No   Rel          1.00
SkyCov          No   Rel          1.00
SrcEvn          No   Rel          1.00 NONE
SrcWt           No   Abs          0.00
StatEvn         No   Abs          1.00 NONE
StatIdle        No   Abs          3.00
StatWt          Yes  Abs          1.00
TimeVar         No   Rel          1.00
$ASTROMETRIC
$TWIN_TELESCOPES
$GROUP
$SRCWT
$STATWT
$BROADBAND
MACGO12M   512.00    8192       8192          0
WETTZ13S   512.00    8192       8192          0
$DOWNTIME
$STAT_SEFD
MACGO12M X   3000
MACGO12M S   3000
WETTZ13S X   1400
WETTZ13S S   1050
$CATALOGS_USED
SOURCE    Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/Templates/VGOSS/source.cat.vgoss
FLUX      2022JAN10_iGSFC     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/flux.cat
ANTENNA   Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/Templates/VGOSS/antenna.cat.vgos
POSITION  2021-03-03_iGSFC     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/position.cat
EQUIP     Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/Templates/VGOSS/equip.cat.VGOS
MASK      2021-05-07_iGSFC     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/mask.cat
MODES     Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/modes.cat
FREQ      Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/freq.cat
REC       Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/rec.cat
RX        Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/rx.cat
LOIF      Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/loif.cat
TRACKS    Unknown     /home/oper/VieSchedpp/VieSchedpp_AUTO/CATALOGS/tracks.cat
$FLUX
0003-066  X    M   6.91  0.80  0.40  10.  0.0  0.0
0003-066  S    M   1.54  6.00  1.00   0.  0.0  0.0
0003-066  S    M   0.71  1.00  1.00   0.  0.0  0.0
0016+731 S B 0.0  1.01   900.0  1.01  1530.0  0.92  2600.0  0.82  4420.0  0.82  7520.0  0.80 10400.0  0.82 12800.0
0016+731 X B 0.0  2.43   900.0  2.36  1530.0  2.17  2600.0  1.61  4420.0  1.06  7520.0  1.06 10400.0  1.15 12800.0
0017+200 X B 0.0  0.44 13000.0
0017+200 S B 0.0  0.45 13000.0
0019+058 X B 0.0  0.54  1000.0  0.54  2000.0  0.54  3000.0  0.54  4000.0  0.54  5000.0  0.54  6000.0  0.54  7000.0  0.54  8000.0  0.39  9000.0  0.39 10000.0  0.39 11000.0  0.39 12000.0  0.39 13000.0
0019+058 S B 0.0  0.41  1000.0  0.31  2000.0  0.31  3000.0  0.31  4000.0  0.31  5000.0  0.26  6000.0  0.26  7000.0  0.26  8000.0  0.26  9000.0  0.26 10000.0  0.26 11000.0  0.26 12000.0  0.26 13000.0
0048-097  X    M   0.81  0.40  0.45 175.  0.0  0.0
0048-097  S    M   0.40  0.70  1.00   0.  0.0  0.0
0059+581  X    M   3.71  0.30  1.00   0.  0.0  0.0
0059+581  S    M   3.81  1.50  1.00   0.  0.0  0.0
0106+013  X    M   5.10  0.50  1.00   0.  0.0  0.0
0106+013  S    M   1.85  1.50  1.00   0.  0.0  0.0
0113-118 S B 0.0  0.55   900.0  0.47  1530.0  0.40  2600.0  0.40  4420.0  0.35  7520.0  0.35 10400.0  0.35 12800.0
0113-118 X B 0.0  1.11   900.0  0.92  1530.0  0.68  2600.0  0.74  4420.0  0.72  7520.0  0.71 10400.0  0.68 12800.0
0115-214 X B 0.0  0.50  1000.0  0.50  2000.0  0.50  3000.0  0.50  4000.0  0.41  5000.0  0.41  6000.0  0.41  7000.0  0.41  8000.0  0.41  9000.0  0.41 10000.0  0.41 11000.0  0.41 12000.0  0.41 13000.0
0115-214 S B 0.0  0.45  1000.0  0.42  2000.0  0.42  3000.0  0.42  4000.0  0.42  5000.0  0.36  6000.0  0.36  7000.0  0.36  8000.0  0.32  9000.0  0.32 10000.0  0.32 11000.0  0.32 12000.0  0.32 13000.0
0119+115  X    M   1.50  1.40  0.20   5.  0.0  0.0
0119+115  S    M   1.87  1.80  0.35   5.  0.0  0.0
0133+476  X    M   2.44  0.38  0.60 145.  0.0  0.0
0133+476  S    M   1.16  1.92  0.40 155.  0.0  0.0
0149+218 S B 0.0  0.57   900.0  0.45  1530.0  0.39  2600.0  0.39  4420.0  0.39  7520.0  0.39 10400.0  0.39 12800.0
0149+218 X B 0.0  0.44   900.0  0.41  1530.0  0.41  2600.0  0.41  4420.0  0.41  7520.0  0.41 10400.0  0.41 12800.0
0202+319 S B 0.0  1.15   900.0  0.84  1530.0  0.83  2600.0  0.84  4420.0  0.73  7520.0  0.73 10400.0  0.73 12800.0
0202+319 X B 0.0  1.65   900.0  1.65  1530.0  1.62  2600.0  1.62  4420.0  1.62  7520.0  1.60 10400.0  1.56 12800.0
0215+015 X B 0.0  2.73  1000.0  2.73  2000.0  2.73  3000.0  2.73  4000.0  2.73  5000.0  2.73  6000.0  2.73  7000.0  2.73  8000.0  2.73  9000.0  2.73 10000.0  2.73 11000.0  2.73 12000.0  2.73 13000.0
0215+015 S B 0.0  1.16  1000.0  1.16  2000.0  0.93  3000.0  0.93  4000.0  0.93  5000.0  0.93  6000.0  0.93  7000.0  0.93  8000.0  0.93  9000.0  0.93 10000.0  0.93 11000.0  0.93 12000.0  0.93 13000.0
0229+131  X    M   0.97  0.50  0.65  80.  0.0  0.0
0229+131  S    M   1.84  1.90  0.50  35.  0.0  0.0
0234+285 S B 0.0  2.14   900.0  1.87  1530.0  1.33  2600.0  0.86  4420.0  0.74  7520.0  0.70 10400.0  0.57 12800.0
0234+285 X B 0.0  1.49   900.0  1.49  1530.0  1.49  2600.0  1.35  4420.0  1.21  7520.0  1.21 10400.0  1.17 12800.0
0235+164  X    M   1.91  0.30  1.00   0.  0.0  0.0
0235+164  S    M   1.37  0.70  1.00   0.  0.0  0.0
0237-027 X B 0.0  0.56  1000.0  0.56  2000.0  0.56  3000.0  0.56  4000.0  0.50  5000.0  0.50  6000.0  0.50  7000.0  0.50  8000.0  0.47  9000.0  0.47 10000.0  0.47 11000.0  0.47 12000.0  0.47 13000.0
0237-027 S B 0.0  0.37  1000.0  0.37  2000.0  0.37  3000.0  0.37  4000.0  0.32  5000.0  0.29  6000.0  0.29  7000.0  0.29  8000.0  0.29  9000.0  0.29 10000.0  0.29 11000.0  0.20 12000.0  0.20 13000.0
0300+470 S B 0.0  1.86   900.0  1.84  1530.0  1.76  2600.0  1.51  4420.0  1.24  7520.0  1.17 10400.0  1.27 12800.0
0300+470 X B 0.0  1.81   900.0  1.65  1530.0  1.41  2600.0  1.13  4420.0  1.00  7520.0  1.00 10400.0  0.96 12800.0
0322+222 X B 0.0  0.49  1000.0  0.49  2000.0  0.49  3000.0  0.49  4000.0  0.56  5000.0  0.56  6000.0  0.56  7000.0  0.56  8000.0  0.56  9000.0  0.56 10000.0  0.56 11000.0  0.56 12000.0  0.56 13000.0
0322+222 S B 0.0  0.64  1000.0  0.56  2000.0  0.56  3000.0  0.49  4000.0  0.49  5000.0  0.42  6000.0  0.42  7000.0  0.34  8000.0  0.34  9000.0  0.34 10000.0  0.34 11000.0  0.34 12000.0  0.34 13000.0
0718+793  X    M   0.81  0.65  0.50  85.  0.0  0.0
0718+793  S    M   0.74  1.20  1.00   0.  0.0  0.0
0954+658 S B 0.0  0.43   900.0  0.42  1530.0  0.39  2600.0  0.33  4420.0  0.33  7520.0  0.33 10400.0  0.33 12800.0
0954+658 X B 0.0  0.70   900.0  0.65  1530.0  0.64  2600.0  0.49  4420.0  0.35  7520.0  0.35 10400.0  0.35 12800.0
1039+811 S B 0.0  0.94   900.0  0.93  1530.0  0.85  2600.0  0.73  4420.0  0.62  7520.0  0.62 10400.0  0.62 12800.0
1039+811 X B 0.0  1.43   900.0  1.32  1530.0  1.16  2600.0  1.16  4420.0  1.16  7520.0  1.16 10400.0  0.99 12800.0
1044+719  X    M   2.27  0.80  0.40 151.  0.0  0.0
1044+719  S    M   1.25  0.80  1.00   0.  0.0  0.0
1053+704 S B 0.0  0.39   900.0  0.39  1530.0  0.39  2600.0  0.39  4420.0  0.39  7520.0  0.39 10400.0  0.39 12800.0
1053+704 X B 0.0  0.43   900.0  0.43  1530.0  0.43  2600.0  0.43  4420.0  0.43  7520.0  0.43 10400.0  0.43 12800.0
1418+546 S B 0.0  0.57   900.0  0.52  1530.0  0.52  2600.0  0.47  4420.0  0.46  7520.0  0.46 10400.0  0.46 12800.0
1418+546 X B 0.0  0.67   900.0  0.65  1530.0  0.56  2600.0  0.56  4420.0  0.49  7520.0  0.39 10400.0  0.39 12800.0
1637+574 S B 0.0  1.20   900.0  1.17  1530.0  1.10  2600.0  0.91  4420.0  0.77  7520.0  0.77 10400.0  0.77 12800.0
1637+574 X B 0.0  1.05   900.0  0.93  1530.0  0.87  2600.0  0.64  4420.0  0.44  7520.0  0.44 10400.0  0.44 12800.0
1642+690 S B 0.0  2.03   900.0  1.73  1530.0  1.48  2600.0  1.08  4420.0  0.88  7520.0  0.97 10400.0  0.97 12800.0
1642+690 X B 0.0  1.81   900.0  1.62  1530.0  1.08  2600.0  1.02  4420.0  0.83  7520.0  0.73 10400.0  0.68 12800.0
1726+455  X    M   0.61  0.25  1.00   0.  0.0  0.0
1726+455  S    M   0.88  1.80  0.40  80.  0.0  0.0
1739+522  X    M   1.48  0.20  1.00   0.  0.0  0.0
1739+522  S    M   0.97  1.10  1.00   0.  0.0  0.0
1746+470 S B 0.0  0.43   900.0  0.43  1530.0  0.43  2600.0  0.39  4420.0  0.39  7520.0  0.39 10400.0  0.39 12800.0
1746+470 X B 0.0  0.66   900.0  0.66  1530.0  0.57  2600.0  0.57  4420.0  0.57  7520.0  0.57 10400.0  0.57 12800.0
1803+784  X    M   2.10  0.35  0.40  85.  0.0  0.0
1803+784  S    M   1.85  1.60  0.40  90.  0.0  0.0
3C371    X B 0.0  1.33 13000.0
3C371    S B 0.0  1.04 13000.0
1823+568 S B 0.0  0.63   900.0  0.63  1530.0  0.52  2600.0  0.52  4420.0  0.47  7520.0  0.47 10400.0  0.52 12800.0
1823+568 X B 0.0  0.91   900.0  0.91  1530.0  0.84  2600.0  0.79  4420.0  0.72  7520.0  0.72 10400.0  0.76 12800.0
1849+670 S B 0.0  0.84   900.0  0.80  1530.0  0.65  2600.0  0.54  4420.0  0.47  7520.0  0.47 10400.0  0.35 12800.0
1849+670 X B 0.0  1.50   900.0  1.50  1530.0  1.47  2600.0  1.47  4420.0  1.41  7520.0  1.41 10400.0  1.41 12800.0
2000+472 X B 0.0  1.08  1000.0  1.08  2000.0  0.97  3000.0  0.93  4000.0  0.86  5000.0  0.86  6000.0  0.76  7000.0  0.76  8000.0  0.68  9000.0  0.68 10000.0  0.54 11000.0  0.54 12000.0  0.54 13000.0
2000+472 S B 0.0  0.95  1000.0  0.95  2000.0  0.95  3000.0  0.95  4000.0  0.77  5000.0  0.77  6000.0  0.73  7000.0  0.70  8000.0  0.70  9000.0  0.63 10000.0  0.62 11000.0  0.49 12000.0  0.49 13000.0
2007+777 S B 0.0  0.91   900.0  0.90  1530.0  0.86  2600.0  0.79  4420.0  0.71  7520.0  0.69 10400.0  0.71 12800.0
2007+777 X B 0.0  1.39   900.0  1.26  1530.0  0.99  2600.0  0.85  4420.0  0.53  7520.0  0.51 10400.0  0.49 12800.0
3C418    X B 0.0  1.72 13000.0
3C418    S B 0.0  1.47 10000.0  1.20 13000.0
2113+293  X    M   0.98  0.50  0.40   9.  0.0  0.0
2113+293  S    M   0.92  1.10  1.00   0.  0.0  0.0
2201+171 X B 0.0  0.68 13000.0
2201+171 S B 0.0  0.33 13000.0
2214+241 X B 0.0  0.81 13000.0
2214+241 S B 0.0  0.50 13000.0
2215+150 X B 0.0  0.64  1000.0  0.63  2000.0  0.63  3000.0  0.63  4000.0  0.58  5000.0  0.58  6000.0  0.58  7000.0  0.55  8000.0  0.55  9000.0  0.55 10000.0  0.55 11000.0  0.55 12000.0  0.55 13000.0
2215+150 S B 0.0  0.64  1000.0  0.62  2000.0  0.62  3000.0  0.62  4000.0  0.62  5000.0  0.62  6000.0  0.62  7000.0  0.62  8000.0  0.62  9000.0  0.62 10000.0  0.62 11000.0  0.62 12000.0  0.62 13000.0
2229+695 S B 0.0  0.99   900.0  0.99  1530.0  0.99  2600.0  0.92  4420.0  0.69  7520.0  0.62 10400.0  0.62 12800.0
2229+695 X B 0.0  0.90   900.0  0.90  1530.0  0.78  2600.0  0.72  4420.0  0.72  7520.0  0.65 10400.0  0.72 12800.0
2318+049  X    M   0.92  0.25  1.00   0.  0.0  0.0
2318+049  S    M   0.67  0.70  1.00   0.  0.0  0.0
2319+317 X B 0.0  0.51  1000.0  0.51  2000.0  0.51  3000.0  0.46  4000.0  0.43  5000.0  0.43  6000.0  0.40  7000.0  0.40  8000.0  0.40  9000.0  0.27 10000.0  0.27 11000.0  0.27 12000.0  0.27 13000.0
2319+317 S B 0.0  0.32  1000.0  0.25  2000.0  0.25  3000.0  0.25  4000.0  0.25  5000.0  0.25  6000.0  0.25  7000.0  0.25  8000.0  0.25  9000.0  0.25 10000.0  0.25 11000.0  0.25 12000.0  0.25 13000.0
2325+093 X B 0.0  0.68 14000.0
2325+093 S B 0.0  0.44 14000.0
2335-027 X B 0.0  0.47  1000.0  0.45  2000.0  0.45  3000.0  0.45  4000.0  0.45  5000.0  0.38  6000.0  0.31  7000.0  0.31  8000.0  0.31  9000.0  0.31 10000.0  0.31 11000.0  0.31 12000.0  0.31 13000.0
2335-027 S B 0.0  0.58  1000.0  0.52  2000.0  0.42  3000.0  0.42  4000.0  0.42  5000.0  0.42  6000.0  0.35  7000.0  0.35  8000.0  0.35  9000.0  0.35 10000.0  0.35 11000.0  0.35 12000.0  0.35 13000.0
4C67.05  X B 0.0  0.61 13000.0
4C67.05  S B 0.0  0.41 13000.0
$PROCS
BEGIN COMMON
END COMMON
BEGIN MACGO12M
define  proc_library  00000000000x
" VT9200     MACGO12M  MG
" Created by Ed from vt9200k2.prc
" drudg version 2016Jul25 compiled under FS  0.00.00
"< BB       rack >< Mark6    recorder 1>
enddef
define  rdbebb        19200214605x
rdbe=dbe_data_send=off;
!+1s
rdbe=dbe_chsel_en=2:chsel_enable:psn_enable;
rdbe=dbe_chsel=0:1:2:4:6:9:13:14:15;
rdbe=dbe_chsel=1:1:2:4:6:9:13:14:15;
"offset= mod(lo+1024),5)
"loa is 2472.4
"lob is 4712.4
"loc is 5832.4
"lod is 9672.4
rdbe=pcal=1.4e6;
!+1s
rdbe=dbe_data_send=on;
enddef
define  sched_initi   19200214549x
mk6bb
ifdbb
enddef
define  mk6bb         19200214549x
mk6=input_stream = delete ;
!+4s
mk6=input_stream = add : rdbeA : vdif : 8224 : 42 : 66 : eth2 : 127.0.0.1 : 12000;
mk6=input_stream = add : rdbeB : vdif : 8224 : 42 : 66 : eth3 : 127.0.0.1 : 12000;
mk6=input_stream = add : rdbeC : vdif : 8224 : 42 : 66 : eth4 : 127.0.0.1 : 12000;
mk6=input_stream = add : rdbeD : vdif : 8224 : 42 : 66 : eth5 : 127.0.0.1 : 12000;
mk6=input_stream = commit ;
enddef
define  setupbb       19200214605x
pcalon
tpicd=stop
"ifdbb
rdbebb
"mk6bb
tpicd=no,100
tpicd
enddef
define  checkmk6      00000000000
mk6=record=off;
!+2s
mk6=scan_check?;
enddef
define  pcalon        19200214605x
"pcal is on
enddef
define  time          00000000000x
rdbe=pps_offset?;
rdbe=dot?;
rdbe=gps_offset?;
enddef
define  midob         00000000000x
onsource
track
rdbe=sw_version?;
mk6=dts_id?;
rdbe=dbe_personality?;
wx
ifdmon
mk6=input_stream?;
rdbe=dbe_chsel_en?;
rdbe=dbe_chsel?0;
rdbe=dbe_chsel?1;
rdbe=pcal?;
rdbe_atten
rdbe=dbe_bstate?0;
rdbe=dbe_bstate?1;
dewar
time
enddef
define  postob        00000000000x
enddef
define  preob         00000000000
"onsource
"track
rdbe_atten=
rdbe=dbe_quantize=0;
rdbe=dbe_quantize=1;
"rdbe=dbe_bstate?0;
"rdbe=dbe_bstate?1;
enddef
define  ifdbb         19200214553x
lo=
lo=loa0,2472.4,usb,lcp,5
lo=loa1,2472.4,usb,rcp,5
lo=lob0,4712.4,usb,lcp,5
lo=lob1,4712.4,usb,rcp,5
lo=loc0,5832.4,usb,lcp,5
lo=loc1,5832.4,usb,rcp,5
lo=lod0,9672.4,usb,lcp,5
lo=lod1,9672.4,usb,rcp,5
"
sy=popen 's_client -h udca -c udc_lo=2472.4 2>&1' -n udcca
sy=popen 's_client -h udcb -c udc_lo=4712.4 2>&1' -n udccb
sy=popen 's_client -h udcc -c udc_lo=5832.4 2>&1' -n udccc
sy=popen 's_client -h udcd -c udc_lo=9672.4 2>&1' -n udccd
"
sy=popen 's_client -h udca -c udc_atten=0:20 2>&1' -n udcca
sy=popen 's_client -h udcb -c udc_atten=0:20 2>&1' -n udccb
sy=popen 's_client -h udcc -c udc_atten=0:20 2>&1' -n udccc
sy=popen 's_client -h udcd -c udc_atten=0:20 2>&1' -n udccd
sy=popen 's_client -h udca -c udc_atten=1:20 2>&1' -n udcca
sy=popen 's_client -h udcb -c udc_atten=1:15 2>&1' -n udccb
sy=popen 's_client -h udcc -c udc_atten=1:20 2>&1' -n udccc
sy=popen 's_client -h udcd -c udc_atten=1:20 2>&1' -n udccd
"
sy=popen 's_client -h rfd -c rfd_atten=0:20 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten=1:15 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten=2:20 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten=3:20 2>&1' -n rfdcn
enddef
define  ifdmon        00000000000x
sy=popen 's_client -h udca -c udc_atten?0 2>&1' -n udcca
sy=popen 's_client -h udca -c udc_atten?1 2>&1' -n udcca
sy=popen 's_client -h udcb -c udc_atten?0 2>&1' -n udccb
sy=popen 's_client -h udcb -c udc_atten?1 2>&1' -n udccb
sy=popen 's_client -h udcc -c udc_atten?0 2>&1' -n udccc
sy=popen 's_client -h udcc -c udc_atten?1 2>&1' -n udccc
sy=popen 's_client -h udcd -c udc_atten?0 2>&1' -n udccd
sy=popen 's_client -h udcd -c udc_atten?1 2>&1' -n udccd
"
sy=popen 's_client -h udca -c udc_lo? 2>&1' -n udcca
sy=popen 's_client -h udcb -c udc_lo? 2>&1' -n udccb
sy=popen 's_client -h udcc -c udc_lo? 2>&1' -n udccc
sy=popen 's_client -h udcd -c udc_lo? 2>&1' -n udccd
"
sy=popen 's_client -h rfd -c rfd_atten?0 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten?1 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten?2 2>&1' -n rfdcn
sy=popen 's_client -h rfd -c rfd_atten?3 2>&1' -n rfdcn
enddef
END MACGO12M
BEGIN WETTZ13S
define  iread         16158145945x
"Wettzel DBBC#1
ifa
ifb
ifc
ifd
"
"Wettzel DBBC#2
dbbc2=dbbcifa
dbbc2=dbbcifb
dbbc2=dbbcifc
dbbc2=dbbcifd
enddef
define  bread         16158145951x
"Wettzel DBBC#1
dbbc=power=1
!+1s
dbbc=power=2
!+1s
dbbc=power=3
!+1s
dbbc=power=4
"
"Wettzel DBBC#2
dbbc2=power=1
!+1s
dbbc2=power=2
!+1s
dbbc2=power=3
!+1s
dbbc2=power=4
enddef
define  midob         00000000000x
onsource
wx
dotmon
dotmon2
rxall
cable
"Wettzel DBBC#1
dbbc=version
fila10g=version
fila10g=time
"
"Wettzel DBBC#2
dbbc2=version
fila10g2=version
fila10g2=time
"
mk6=dts_id?;
antenna=status
bread
iread
mk6=input_stream?;
enddef
define  fila10g_cfg   16158144253x
fila10g1_cfg
fila10g2_cfg
enddef
define  fila10g1_cfg  16158144253x
"Wettzel DBBC#1
"customize inputselect, ips, gateways, macs, and timesync
"for your station
fila10g=arp off
fila10g=tengbcfg eth0 ip=192.168.1.30 gateway=192.168.1.1
fila10g=tengbcfg eth0 mac=ba:dc:af:e4:be:e0
fila10g=tengbcfg eth0 nm=27
fila10g=tengbcfg eth1 ip=192.168.1.31 gateway=192.168.1.1
fila10g=tengbcfg eth1 mac=ba:dc:af:e4:be:e1
fila10g=tengbcfg eth1 nm=27
fila10g=destination 0 192.168.1.2:2630
"fila10g=destination 1 none
fila10g=destination 1 192.168.1.3:2630
"xx:xx:xx:xx:xx:xx is the destination MAC?
"fila10g=tengbarp eth0 11 xx:xx:xx:xx:xx:xx
"fila10g=tengbarp eth1 11 xx:xx:xx:xx:xx:xx
fila10g=tengbarp eth0 2 00:60:dd:44:eb:63
fila10g=tengbarp eth1 3 00:60:dd:44:eb:62
fila10g=vdif_station Ws
"
"fila10g=splitmode off
"fila10g=inputselect vsi1
fila10g=splitmode on
fila10g=inputselect vsi1-2
enddef
define  fila10g2_cfg  16158144253x
"Wettzel DBBC#2
"customize inputselect, ips, gateways, macs, and timesync
"for your station
fila10g2=arp off
fila10g2=tengbcfg eth0 ip=192.168.1.32 gateway=192.168.1.1
fila10g2=tengbcfg eth0 mac=ba:dc:af:e4:be:e2
fila10g2=tengbcfg eth0 nm=27
fila10g2=tengbcfg eth1 ip=192.168.1.33 gateway=192.168.1.1
fila10g2=tengbcfg eth1 mac=ba:dc:af:e4:be:e3
fila10g2=tengbcfg eth1 nm=27
fila10g2=destination 0 192.168.1.4:2630
"fila10g2=destination 1 none
fila10g2=destination 1 192.168.1.5:2630
"xx:xx:xx:xx:xx:xx is the destination MAC?
"fila10g2=tengbarp eth0 11 xx:xx:xx:xx:xx:xx
"fila10g2=tengbarp eth1 11 xx:xx:xx:xx:xx:xx
fila10g2=tengbarp eth0 4 00:60:dd:44:eb:5b
fila10g2=tengbarp eth1 5 00:60:dd:44:eb:5a
fila10g2=vdif_station W2
"
"fila10g2=splitmode off
"fila10g2=inputselect vsi1
fila10g2=splitmode on
fila10g2=inputselect vsi1-2
"set thread ID for second FILA10G to ID=2 and ID=3
fila10g2=regupdate vdif_header 3 131072 0x03FF0000
enddef
define  dbbcbb        16158145047x
"equivalent to:
"rdbe=dbe_chsel=0:1:2:4:6:9:13:14:15;
"rdbe=dbe_chsel=1:1:2:4:6:9:13:14:15;
"Wettzell DBBC#1 has:
" band B v-pol on ifd, core4
" band B h-pol on ifc, core3
" band A v-pol on ifb, core2
" band A h-pol on ifa, core1
dbbc=vsi_align=1
dbbc=dbbcform=flex
!+1s
"vsi2
dbbc=dbbctrk=4,2,v2-0,v2-1,v2-2,v2-3,v2-4,v2-5,v2-6,v2-7,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15
!+1s
dbbc=dbbctrk=3,2,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15,v2-8,v2-9,v2-10,v2-11,v2-12,v2-13,v2-14,v2-15
!+1s
"vsi1
dbbc=dbbctrk=4,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
!+1s
dbbc=dbbctrk=3,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
!+1s
dbbc=dbbctrk=2,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15
!+1s
dbbc=dbbctrk=1,1,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
"
"equivalent to:
"rdbe=dbe_chsel=0:1:2:4:6:9:13:14:15;
"rdbe=dbe_chsel=1:1:2:4:6:9:13:14:15;
"Wettzell DBBC#2 has:
" band D v-pol on ifd, core4
" band D h-pol on ifc, core3
" band C v-pol on ifb, core2
" band C h-pol on ifa, core1
dbbc2=vsi_align=1
dbbc2=dbbcform=flex
!+1s
"vsi2
dbbc2=dbbctrk=4,2,v2-0,v2-1,v2-2,v2-3,v2-4,v2-5,v2-6,v2-7,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15
!+1s
dbbc2=dbbctrk=3,2,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15,v2-8,v2-9,v2-10,v2-11,v2-12,v2-13,v2-14,v2-15
!+1s
"vsi1
dbbc2=dbbctrk=4,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
!+1s
dbbc2=dbbctrk=3,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
!+1s
dbbc2=dbbctrk=2,1,v1-0,v1-1,v1-2,v1-3,v1-4,v1-5,v1-6,v1-7,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15
!+1s
dbbc2=dbbctrk=1,1,p-1,p-2,p-4,p-6,p-9,p-13,p-14,p-15,v1-8,v1-9,v1-10,v1-11,v1-12,v1-13,v1-14,v1-15
enddef
define  ifdbb         16158145116x
"Wettzell BBC#1:
" band A h-pol on ifa, input1
" band A v-pol on ifb, input1
" band B h-pol on ifc, input1
" band B v-pol on ifd, input1
lo=
lo=loa,2472.4,usb,lcp,5
lo=lob,2472.4,usb,rcp,5
lo=loc,4712.4,usb,lcp,5
lo=lod,4712.4,usb,rcp,5
ifa=1,agc,1,38000
ifb=1,agc,1,38000
ifc=1,agc,1,38000
ifd=1,agc,1,38000
"
"Wettzell DBBC#2:
" band C h-pol on ifa, input1
" band C v-pol on ifb, input1
" band D h-pol on ifc, input1
" band D v-pol on ifd, input1
lo=lo2a,5832.4,usb,lcp,5
lo=lo2b,5832.4,usb,rcp,5
lo=lo2c,9672.4,usb,lcp,5
lo=lo2d,9672.4,usb,rcp,5
"ifa=1,agc,1,38000
"ifb=1,agc,1,38000
"ifc=1,agc,1,38000
"ifd=1,agc,1,38000
dbbc2=dbbcifa=1,agc,1,38000
dbbc2=dbbcifb=1,agc,1,38000
dbbc2=dbbcifc=1,agc,1,38000
dbbc2=dbbcifd=1,agc,1,38000
enddef
define  mk6bb         00000000000x
"Fila10G#1 eth0 connects to Mark6 eth2
"Fila10G#1 eth1 connects to Mark6 eth3
"Fila10G#2 eth0 connects to Mark6 eth4
"Fila10G#2 eth1 connects to Mark6 eth5
mk6=input_stream = delete ;
!+4s
mk6=input_stream = add : bandA : vdif : 8224 : 50 : 42 : eth2 : 192.168.1.30 : 2630;
mk6=input_stream = add : bandB : vdif : 8224 : 50 : 42 : eth3 : 192.168.1.31 : 2630;
mk6=input_stream = add : bandC : vdif : 8224 : 50 : 42 : eth4 : 192.168.1.32 : 2630;
mk6=input_stream = add : bandD : vdif : 8224 : 50 : 42 : eth5 : 192.168.1.33 : 2630;
mk6=input_stream = commit;
enddef
define  sched_initi   00000000000x
azeloff=0d,0d
!+2s
antenna=azeloff,0,0,0
setuprx
proc_library
ifdbb
dbbcbb
fila10gbb
mk6bb
!+1s
mk6=mstat?all
enddef
define  setupbb       00000000000x
pcalon
"tpicd=stop
ifdbb
"tpicd=no,100
"tpicd
enddef
define  checkmk6      00000000000x
!+2s
mk6=record=off;
!+2s
mk6=scan_check?;
enddef
define  pcalon        00000000000x
"pcal should be on
enddef
define  preob         00000000000x
"onsource
ifman
enddef
define  postob        00000000000x
enddef
define  fila10gbb     16158144311x
" Wettzell FiLa10G#1
fila10g=vsi_bitmask 0xffffffff 0xffffffff
" samplerate: input_clock decimation
fila10g=vsi_samplerate 64000000 1
"frame: bits/chan channel bytes
fila10g=vdif_frame 2 16 8192
fila10g=start vdif+vdif
"
" Wettzell FiLa10G#2
fila10g2=vsi_bitmask 0xffffffff 0xffffffff
" samplerate: input_clock decimation
fila10g2=vsi_samplerate 64000000 1
"frame: bits/chan channel bytes
fila10g2=vdif_frame 2 16 8192
fila10g2=start vdif+vdif
enddef
define  ifman         00000000000x
"Wettzel DBBC#1
ifa=*,man,*
ifb=*,man,*
ifc=*,man,*
ifd=*,man,*
"Wettzel DBBC#2
dbbc2=dbbcifa=1,man,1,38000
dbbc2=dbbcifb=1,man,1,38000
dbbc2=dbbcifc=1,man,1,38000
dbbc2=dbbcifd=1,man,1,38000
enddef
define  ifagc         00000000000x
"Wettzel DBBC#1
ifa=*,agc,*
ifb=*,agc,*
ifc=*,agc,*
ifd=*,agc,*
"Wettzel DBBC#2
dbbc2=dbbcifa=1,agc,1,38000
dbbc2=dbbcifb=1,agc,1,38000
dbbc2=dbbcifc=1,agc,1,38000
dbbc2=dbbcifd=1,agc,1,38000
enddef
END WETTZ13S
$END
end_literal( );
  enddef;
*-----------------------   end $SCHEDULING_PARAMS ----------------------*