VEX_rev = 1.5;
*    SCHED vers: Release of about July 12, 2012
*    VEX/SCHED:  1.5.87
*    Other versions: Sched:  10.2  Plot: 1.06  JPL-ephem: 1.01
*    log2vex vers: 3.1.4, Release 28 oct 2013
*    Run by jops at 12:12:53  26 Feb 2014
*------------------------------------------------------------------------------
$GLOBAL;
     ref $EXPER = F14M1;
     ref $EOP = EOP057;
*                                                      +------------+
*                         PI revision number:          |    3.0000  |
*                                                      +------------+
*------------------------------------------------------------------------------
$EXPER;
*
def F14M1;
     exper_name = F14M1;
     exper_description = "Network Monitoring Experiment";
     PI_name = "Gabriele Surcis";
     PI_email = surcis@jive.nl;
*    address:   JIVE
*               Postbus 2
*               7990 AA Dwingeloo
*               The Netherlands
*    phone:     +31-521-596508
*    during obs:+31-521-596508
*    fax:        
*    notes:     Ftp fringe test for session 1/2014
*               512 Mbps, L+R, 2-bit sampling, 8 MHz filters
*               Please send the disk pack by express to JIVE
*               v3 includes TM_DBBC
*
*    year, doy: 2014,  58
*    date     : Thu 27 Feb 2014
*    MJD      : 56715
     exper_nominal_start=2014y058d12h00m00s;
     exper_nominal_stop=2014y058d13h00m00s;
*
*-------------------- cover  letter --------------------
*
*This is the schedule for the 5cm ftp fringe-test F13M1 on 27 Feb 2014
*involving 9 antennas: Eb Wb Jb2 On25 Mc Nt Tr Sh Ys Sr (Td, Md, Yd).
*
*Two ftp-fringe tests are scheduled throughout the experiment:
*13:09 UT (scan  2, 2 sec, 3C48)
*13:59 UT (scan  8, 2 sec, DA193)
*
*Please make sure that the autoftp is set up correctly. Thanks!
*
*Good luck with the session!
*
*Gabriele
*Support Scientist, JIVE
*
*------------------------- end -------------------------
*
     target_correlator = JIVE;
*
*    integr_time    :     2.000 s
*    number_channels:    16
*    number_antenna : 10
*    cross_polarize : Yes
*    weight_func    : UNIFORM
*    distrib_medium : FTP
*    distrib_format : FITS
*    source_pos_cat : STANDARD
*    distribute_to  : 
*                     Gabriele Surcis
*    corr_notes : 
*               Cheers!
*
enddef;
*------------------------------------------------------------------------------
$MODE;
*
def sess114.M512;
     ref $PROCEDURES = Mode_01;
     ref $FREQ = 6644.52MHz16x8MHz#03:Ef:On:Nt:Sr:Md:Td:Yd:T6;
     ref $FREQ = 6644.52MHz16x8MHz:Wb:Jb:Mc;
     ref $FREQ = 6644.52MHz16x8MHz#02:Tr:Ys:Sh;
     ref $FREQ = 6644.52MHz16x8MHz#04:Sd;
     ref $IF = LO@5900MHzDPolNoTone#02:Ef;
     ref $IF = LO@6500MHzDPolNoTone:Wb;
     ref $IF = LO@6520MHzDPolNoTone:Jb;
     ref $IF = LO@6250MHzDPolNoTone:On;
     ref $IF = LO@6400MHzDPolNoTone:Mc;
     ref $IF = LO@6956MHzDPolNoTone:Nt;
     ref $IF = LO@5900MHzDPolNoTone:Tr:Sh;
     ref $IF = LO@5910MHzDPolNoTone:Ys;
     ref $IF = LO@6400MHzDPolNoTone#02:Sr:Md;
     ref $IF = LO@5900MHzDPolNoTone#04:Td;
     ref $IF = LO@5910MHzDPolNoTone#02:Yd;
     ref $IF = LO@5900MHzDPolNoTone#03:T6:Sd;
     ref $BBC = 16BBCs#04:Ef;
     ref $BBC = 16BBCs:Wb:Jb:Mc;
     ref $BBC = 16BBCs#05:On;
     ref $BBC = 16BBCs#06:Nt;
     ref $BBC = 16BBCs#02:Tr:Sh;
     ref $BBC = 16BBCs#03:Ys;
     ref $BBC = 16BBCs#07:Sr:Md:Td:Yd;
     ref $BBC = 16BBCs#08:T6;
     ref $BBC = 16BBCs#09:Sd;
     ref $BITSTREAMS = efBTSM32:Ef:Md:On:Sr:T6:Td:Yd;
     ref $BITSTREAMS = ntBTSMswpSB32:Nt;
     ref $BITSTREAMS = sdBTSM32:Sd;
     ref $BITSTREAMS = shBTSM32:Sh:Ys;
     ref $BITSTREAMS = wbBTSM32:Wb;
     ref $TRACKS = MKIV.16Ch2bit1to2:Jb:Mc:Tr;
     ref $TRACKS = ef5B512fo1:Ef:Md:Nt:On:Sr:T6:Td:Yd;
     ref $TRACKS = sd5B512fo1:Sd;
     ref $TRACKS = sh5B512fo1:Sh:Ys;
     ref $TRACKS = wb5B512fo1:Wb;
*    ref $HEAD_POS = DiskVoid <= obsolete definition
     ref $ROLL = NoRoll:Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd;
*    ref $PASS_ORDER = DiskVoid <= obsolete definition
     ref $PHASE_CAL_DETECT = NoDetect:Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd;
enddef;
*------------------------------------------------------------------------------
$STATION;
*
def Ef;
     ref $TAPELOG_OBS = EF;
     ref $CLOCK = EF;
     ref $SITE = EFLSBERG;
     ref $ANTENNA = EFLSBERG;
     ref $DAS = 2NONE<;
enddef;
*
def Wb;
     ref $TAPELOG_OBS = WB;
     ref $CLOCK = WB;
     ref $SITE = WSTRBORK;
     ref $ANTENNA = WSTRBORK;
     ref $DAS = 2MKIV+NONE<;
enddef;
*
def Jb;
     ref $TAPELOG_OBS = JB;
     ref $CLOCK = JB;
     ref $SITE = JODRELL2;
     ref $ANTENNA = JODRELL2;
     ref $DAS = 2MKIV+NONE<Mark5A;
enddef;
*
def On;
     ref $TAPELOG_OBS = ON;
     ref $CLOCK = ON;
     ref $SITE = ONSALA85;
     ref $ANTENNA = ONSALA85;
     ref $DAS = 2NONE<;
enddef;
*
def Mc;
     ref $TAPELOG_OBS = MC;
     ref $CLOCK = MC;
     ref $SITE = MEDICINA;
     ref $ANTENNA = MEDICINA;
     ref $DAS = 2MKIV+NONE<Mark5A;
enddef;
*
def Nt;
     ref $TAPELOG_OBS = NT;
     ref $CLOCK = NT;
     ref $SITE = NOTO;
     ref $ANTENNA = NOTO;
     ref $DAS = 2NONE<;
enddef;
*
def Tr;
     ref $TAPELOG_OBS = TR;
     ref $CLOCK = TR;
     ref $SITE = TORUN;
     ref $ANTENNA = TORUN;
     ref $DAS = 1VLBA4+NONE<Mark5A;
enddef;
*
def Ys;
     ref $TAPELOG_OBS = YS;
     ref $CLOCK = YS;
     ref $SITE = YEBES40M;
     ref $ANTENNA = YEBES40M;
     ref $DAS = 2VLBA4+NONE<;
enddef;
*
def Sh;
     ref $TAPELOG_OBS = SH;
     ref $CLOCK = SH;
     ref $SITE = SHANGHAI;
     ref $ANTENNA = SHANGHAI;
     ref $DAS = 2VLBA4+NONE<;
enddef;
*
def Sr;
     ref $TAPELOG_OBS = SR;
     ref $CLOCK = SR;
     ref $SITE = SARDINIA;
     ref $ANTENNA = SARDINIA;
     ref $DAS = 2NONE<;
enddef;
*
def Md;
     ref $TAPELOG_OBS = MD;
     ref $CLOCK = MD;
     ref $SITE = MC_DBBC;
     ref $ANTENNA = MC_DBBC;
     ref $DAS = 2NONE<;
enddef;
*
def Td;
     ref $TAPELOG_OBS = TD;
     ref $CLOCK = TD;
     ref $SITE = TR_DBBC;
     ref $ANTENNA = TR_DBBC;
     ref $DAS = 1NONE<;
enddef;
*
def Yd;
     ref $TAPELOG_OBS = YD;
     ref $CLOCK = YD;
     ref $SITE = YS_DBBC;
     ref $ANTENNA = YS_DBBC;
     ref $DAS = 2NONE<;
enddef;
*
def T6;
     ref $TAPELOG_OBS = T6;
     ref $CLOCK = T6;
     ref $SITE = TIANMA65;
     ref $ANTENNA = TIANMA65;
     ref $DAS = 2NONE<;
enddef;
*
def Sd;
     ref $TAPELOG_OBS = SD;
     ref $CLOCK = SD;
     ref $SITE = TM_DBBC;
     ref $ANTENNA = TM_DBBC;
     ref $DAS = 2NONE<;
enddef;
*------------------------------------------------------------------------------
$PROCEDURES;
*
def Mode_01;
     procedure_name_prefix =  "01";
     tape_change =  420 sec;
     headstack_motion =    6 sec;
     new_source_command =    5 sec;
     new_tape_setup =   20 sec;
     setup_always = on :  20 sec;
     parity_check = off : 100 sec;
     tape_prepass = off : 600 sec;
     preob_cal  = on :  10 sec : preob;
     midob_cal  = on :  15 sec : midob;
     postob_cal = on :   0 sec : postob;
enddef;
*------------------------------------------------------------------------------
$SITE;
*
def EFLSBERG;
     site_type = fixed;
     site_name = EFLSBERG;
     site_ID = Ef;
*    elev=  416.72 long=-006:53:01. lat= 50:31:29.4
**   site_position = 4033947.3271    m: 486990.7044     m: 4900430.9384    m;
     site_position = 4033947.2430    m: 486990.8079     m: 4900431.0058    m;
*    First line below is VEX standard format.  Use only when readers are ready.
     horizon_map_az =  0.0 deg: 10.0: 20.0: 30.0: 40.0: 50.0: 60.0: 70.0: 80.0:
                                90.0:100.0:110.0:120.0:130.0:140.0:145.0:150.0:
                               155.0:190.0:195.0:200.0:210.0:220.0:245.0:255.0:
                               260.0:270.0:280.0:290.0:300.0:310.0:320.0:330.0:
                               340.0:350.0:360.0;
     horizon_map_el = 10.0 deg: 11.0: 13.0: 15.0: 17.0: 17.0: 15.0: 13.0: 12.0:
                                11.0: 11.0: 11.0: 11.0: 11.0: 10.0:  9.0:  8.0:
                                 7.0:  7.0:  8.0:  9.0: 10.0: 10.0: 10.0: 11.0:
                                12.0: 12.0: 13.0: 13.0: 12.0: 11.0: 11.0: 10.0:
                                 9.0: 10.0: 10.0;
enddef;
*
def WSTRBORK;
     site_type = fixed;
     site_name = WSTRBORK;
     site_ID = Wb;
*    elev=   71.21 long=-006:38:00. lat= 52:54:55.1
**   site_position = 3828445.6590    m: 445223.6000     m: 5064921.5680    m;
     site_position = 3828445.4269    m: 445223.8924     m: 5064921.7178    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def JODRELL2;
     site_type = fixed;
     site_name = JODRELL2;
     site_ID = Jb;
*    elev=  143.77 long= 002:18:14. lat= 53:14:02.3
**   site_position = 3822846.7600    m: -153802.2800    m: 5086285.9000    m;
     site_position = 3822846.5593    m: -153801.9876    m: 5086286.0597    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def ONSALA85;
     site_type = fixed;
     site_name = ONSALA85;
     site_ID = On;
*    elev=   58.47 long=-011:55:04. lat= 57:23:35.1
**   site_position = 3370965.9785    m: 711466.1272     m: 5349664.1461    m;
     site_position = 3370965.8947    m: 711466.2183     m: 5349664.2129    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def MEDICINA;
     site_type = fixed;
     site_name = MEDICINA;
     site_ID = Mc;
*    elev=   67.16 long=-011:38:49. lat= 44:31:13.8
**   site_position = 4461369.7856    m: 919597.0333     m: 4449559.3285    m;
     site_position = 4461369.6739    m: 919597.1489     m: 4449559.3972    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def NOTO;
     site_type = fixed;
     site_name = NOTO;
     site_ID = Nt;
*    elev=  143.22 long=-014:59:20. lat= 36:52:33.8
**   site_position = 4934562.9265    m: 1321201.4587    m: 3806484.6598    m;
     site_position = 4934562.8178    m: 1321201.5668    m: 3806484.7524    m;
*    First line below is VEX standard format.  Use only when readers are ready.
     horizon_map_az =  0.0 deg: 10.0: 30.0: 70.0:100.0:120.0:150.0:180.0:300.0:
                               310.0:360.0;
     horizon_map_el =  8.0 deg:  7.0:  6.0:  9.0:  6.5:  5.0:  6.0:  5.0:  5.0:
                                 6.5:  7.5;
enddef;
*
def TORUN;
     site_type = fixed;
     site_name = TORUN;
     site_ID = Tr;
*    elev=  133.61 long=-018:33:50. lat= 53:05:43.7
**   site_position = 3638558.5100    m: 1221969.7200    m: 5077036.7600    m;
     site_position = 3638558.2353    m: 1221970.0022    m: 5077036.8890    m;
*    First line below is VEX standard format.  Use only when readers are ready.
     horizon_map_az =  0.0 deg:360.0;
     horizon_map_el =  2.0 deg:  2.0;
enddef;
*
def YEBES40M;
     site_type = fixed;
     site_name = YEBES40M;
     site_ID = Ys;
*    elev=  988.92 long= 003:05:12. lat= 40:31:28.8
**   site_position = 4848761.8425    m: -261484.2773    m: 4123084.9599    m;
     site_position = 4848761.7821    m: -261484.1595    m: 4123085.0275    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def SHANGHAI;
     site_type = fixed;
     site_name = SHANGHAI;
     site_ID = Sh;
*    elev=   29.42 long=-121:11:58. lat= 31:05:57.0
**   site_position = -2831687.2402   m: 4675733.5454    m: 3275327.5625    m;
     site_position = -2831687.4213   m: 4675733.4781    m: 3275327.4911    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def SARDINIA;
     site_type = fixed;
     site_name = SARDINIA;
     site_ID = Sr;
*    elev=  671.67 long=-009:14:42. lat= 39:29:35.1
**   site_position = 4865182.7660    m: 791922.6890     m: 4035137.1740    m;
     site_position = 4865182.7630    m: 791922.6928     m: 4035137.1778    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def MC_DBBC;
     site_type = fixed;
     site_name = MC_DBBC;
     site_ID = Md;
*    elev=   67.16 long=-011:38:49. lat= 44:31:13.8
**   site_position = 4461369.7856    m: 919597.0333     m: 4449559.3285    m;
     site_position = 4461369.6739    m: 919597.1489     m: 4449559.3972    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def TR_DBBC;
     site_type = fixed;
     site_name = TR_DBBC;
     site_ID = Td;
*    elev=  133.61 long=-018:33:50. lat= 53:05:43.7
**   site_position = 3638558.5100    m: 1221969.7200    m: 5077036.7600    m;
     site_position = 3638558.2353    m: 1221970.0022    m: 5077036.8890    m;
*    First line below is VEX standard format.  Use only when readers are ready.
     horizon_map_az =  0.0 deg:360.0;
     horizon_map_el =  2.0 deg:  2.0;
enddef;
*
def YS_DBBC;
     site_type = fixed;
     site_name = YS_DBBC;
     site_ID = Yd;
*    elev=  988.92 long= 003:05:12. lat= 40:31:28.8
**   site_position = 4848761.8425    m: -261484.2773    m: 4123084.9599    m;
     site_position = 4848761.7821    m: -261484.1595    m: 4123085.0275    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def TIANMA65;
     site_type = fixed;
     site_name = TIANMA65;
     site_ID = T6;
*    elev=   49.16 long=-121:08:09. lat= 31:05:31.6
**   site_position = -2826708.6000   m: 4679237.0520    m: 3274667.5710    m;
     site_position = -2826708.6203   m: 4679237.0446    m: 3274667.5621    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*
def TM_DBBC;
     site_type = fixed;
     site_name = TM_DBBC;
     site_ID = Sd;
*    elev=   49.16 long=-121:08:09. lat= 31:05:31.6
**   site_position = -2826708.6000   m: 4679237.0520    m: 3274667.5710    m;
     site_position = -2826708.6203   m: 4679237.0446    m: 3274667.5621    m;
*    First line below is VEX standard format.  Use only when readers are ready.
enddef;
*------------------------------------------------------------------------------
$ANTENNA;
*
def EFLSBERG;
     axis_type = az : el;
     antenna_motion = el :  15.0 deg/min :  9 sec;  *    0.020 deg/sec/sec
     antenna_motion = az :  25.0 deg/min :  9 sec;  *    0.020 deg/sec/sec
     axis_offset =    0.01300 m;
enddef;
*
def WSTRBORK;
     axis_type = ha : dec;
     antenna_motion = dec :  18.0 deg/min : 10 sec;  *    0.100 deg/sec/sec
     antenna_motion = ha :  18.0 deg/min : 10 sec;  *    0.100 deg/sec/sec
     axis_offset =    4.95000 m;
enddef;
*
def JODRELL2;
     axis_type = az : el;
     antenna_motion = el :  20.0 deg/min :  2 sec;  *    0.022 deg/sec/sec
     antenna_motion = az :  20.0 deg/min :  2 sec;  *    0.016 deg/sec/sec
     axis_offset =    0.45800 m;
enddef;
*
def ONSALA85;
     axis_type = ha : dec;
     antenna_motion = dec :  14.7 deg/min :  5 sec;  *    0.052 deg/sec/sec
     antenna_motion = ha :  17.6 deg/min :  5 sec;  *    0.070 deg/sec/sec
     axis_offset =    2.15000 m;
enddef;
*
def MEDICINA;
     axis_type = az : el;
     antenna_motion = el :  30.0 deg/min :  3 sec;  *    0.310 deg/sec/sec
     antenna_motion = az :  45.0 deg/min :  3 sec;  *    0.820 deg/sec/sec
     axis_offset =    1.82700 m;
enddef;
*
def NOTO;
     axis_type = az : el;
     antenna_motion = el :  30.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     antenna_motion = az :  43.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     axis_offset =    1.83100 m;
enddef;
*
def TORUN;
     axis_type = az : el;
     antenna_motion = el :  16.0 deg/min :  5 sec;  *    0.030 deg/sec/sec
     antenna_motion = az :  30.0 deg/min :  5 sec;  *    0.050 deg/sec/sec
     axis_offset =    0.00000 m;
enddef;
*
def YEBES40M;
     axis_type = az : el;
     antenna_motion = el :  60.0 deg/min : 15 sec;  * 1000.000 deg/sec/sec
     antenna_motion = az :  60.0 deg/min : 15 sec;  * 1000.000 deg/sec/sec
     axis_offset =    2.00500 m;
enddef;
*
def SHANGHAI;
     axis_type = az : el;
     antenna_motion = el :  36.0 deg/min :  2 sec;  *    0.280 deg/sec/sec
     antenna_motion = az :  60.0 deg/min :  2 sec;  *    0.500 deg/sec/sec
     axis_offset =   -0.00200 m;
enddef;
*
def SARDINIA;
     axis_type = az : el;
     antenna_motion = el :  30.0 deg/min :  3 sec;  *    0.180 deg/sec/sec
     antenna_motion = az :  51.0 deg/min :  3 sec;  *    0.300 deg/sec/sec
     axis_offset =    0.00000 m;
enddef;
*
def MC_DBBC;
     axis_type = az : el;
     antenna_motion = el :  30.0 deg/min :  3 sec;  *    0.310 deg/sec/sec
     antenna_motion = az :  45.0 deg/min :  3 sec;  *    0.820 deg/sec/sec
     axis_offset =    1.82700 m;
enddef;
*
def TR_DBBC;
     axis_type = az : el;
     antenna_motion = el :  16.0 deg/min :  5 sec;  *    0.030 deg/sec/sec
     antenna_motion = az :  30.0 deg/min :  5 sec;  *    0.050 deg/sec/sec
     axis_offset =    0.00000 m;
enddef;
*
def YS_DBBC;
     axis_type = az : el;
     antenna_motion = el :  60.0 deg/min : 15 sec;  * 1000.000 deg/sec/sec
     antenna_motion = az :  60.0 deg/min : 15 sec;  * 1000.000 deg/sec/sec
     axis_offset =    2.00500 m;
enddef;
*
def TIANMA65;
     axis_type = az : el;
     antenna_motion = el :  15.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     antenna_motion = az :  30.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     axis_offset =    0.00000 m;
enddef;
*
def TM_DBBC;
     axis_type = az : el;
     antenna_motion = el :  15.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     antenna_motion = az :  30.0 deg/min :  2 sec;  * 1000.000 deg/sec/sec
     axis_offset =    0.00000 m;
enddef;
*------------------------------------------------------------------------------
$DAS;
*
def 2NONE<;
     record_transport_type = Mark5B;
     electronics_rack_type = none;
     number_drives = 2;
     headstack = 1 :            : 0 ;
     headstack = 2 :            : 1 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 2MKIV+NONE<;
     record_transport_type = Mark5B;
     electronics_rack_type = Mark4;
     number_drives = 2;
     headstack = 1 :            : 0 ;
     headstack = 2 :            : 1 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 2MKIV+NONE<Mark5A;
     record_transport_type = Mark5A;
     electronics_rack_type = Mark4;
     number_drives = 2;
     headstack = 1 :            : 0 ;
     headstack = 2 :            : 1 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 1VLBA4+NONE<Mark5A;
     record_transport_type = Mark5A;
     electronics_rack_type = VLBA4;
     number_drives = 1;
     headstack = 1 :            : 0 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 2VLBA4+NONE<;
     record_transport_type = Mark5B;
     electronics_rack_type = VLBA4;
     number_drives = 2;
     headstack = 1 :            : 0 ;
     headstack = 2 :            : 1 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 1NONE<;
     record_transport_type = Mark5B;
     electronics_rack_type = none;
     number_drives = 1;
     headstack = 1 :            : 0 ;
     tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*------------------------------------------------------------------------------
$SOURCE;
*
def 3C48;
     source_name = 3C48;
*    this source had calibrator code: V
*    alternate source name: J0137+3309
*    alternate source name: 0134+329
*    alternate source name: J0137+33
*    rfc_2012b Petrov, 2012, unpublished 140 observations
     ra = 01h37m41.2994400s; dec =  33d09'35.132990"; ref_coord_frame = J2000;
*    ra = 01h34m49.8263742s; dec =  32d54'20.258805"; ref_coord_frame = B1950;
*    ra = 01h38m29.9593288s; dec =  33d13'55.412321"; ref_coord_frame = Date;
enddef;
*
def DA193;
     source_name = DA193;
*    this source had calibrator code: V
*    alternate source name: J0555+3948
*    alternate source name: 0552+398
*    alternate source name: J0555+39
*    rfc_2012b Petrov, 2012, unpublished 376994 observations
     ra = 05h55m30.8056160s; dec =  39d48'49.164930"; ref_coord_frame = J2000;
*    ra = 05h52m01.4071737s; dec =  39d48'21.945779"; ref_coord_frame = B1950;
*    ra = 05h56m31.6250551s; dec =  39d48'52.178359"; ref_coord_frame = Date;
enddef;
*------------------------------------------------------------------------------
$FREQ;
*
def 6644.52MHz16x8MHz;
* mode =  1    stations =Wb:Jb:Mc
     sample_rate =  16.000 Ms/sec;  * (2bits/sample)
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH01 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH02 : &BBC01 : &NoCal; *Lcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH03 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH04 : &BBC01 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH05 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH06 : &BBC03 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH07 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH08 : &BBC03 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH09 : &BBC06 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH10 : &BBC05 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH11 : &BBC06 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH12 : &BBC05 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH13 : &BBC08 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH14 : &BBC07 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH15 : &BBC08 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH16 : &BBC07 : &NoCal; *Lcp
enddef;
*
def 6644.52MHz16x8MHz#02;
* mode =  1    stations =Tr:Ys:Sh
     sample_rate =  16.000 Ms/sec;  * (2bits/sample)
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH02 : &BBC02 : &NoCal; *Lcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH03 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH04 : &BBC02 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH05 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH06 : &BBC04 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH07 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH08 : &BBC04 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH09 : &BBC05 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH10 : &BBC06 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH11 : &BBC05 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH12 : &BBC06 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH13 : &BBC07 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH14 : &BBC08 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH15 : &BBC07 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH16 : &BBC08 : &NoCal; *Lcp
enddef;
*
def 6644.52MHz16x8MHz#03;
* mode =  1    stations =Ef:On:Nt:Sr:Md:Td:Yd:T6
     sample_rate =  16.000 Ms/sec;  * (2bits/sample)
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH02 : &BBC05 : &NoCal; *Lcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH03 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH04 : &BBC05 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH05 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH06 : &BBC06 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH07 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH08 : &BBC06 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH09 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH10 : &BBC07 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH11 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH12 : &BBC07 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH13 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH14 : &BBC08 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH15 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH16 : &BBC08 : &NoCal; *Lcp
enddef;
*
def 6644.52MHz16x8MHz#04;
* mode =  1    stations =Sd
     sample_rate =  16.000 Ms/sec;  * (2bits/sample)
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH01 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : L :   8.00 MHz : &CH02 : &BBC09 : &NoCal; *Lcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH03 : &BBC01 : &NoCal; *Rcp
     chan_def = :  6644.52 MHz : U :   8.00 MHz : &CH04 : &BBC09 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH05 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : L :   8.00 MHz : &CH06 : &BBC10 : &NoCal; *Lcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH07 : &BBC02 : &NoCal; *Rcp
     chan_def = :  6660.52 MHz : U :   8.00 MHz : &CH08 : &BBC10 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH09 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : L :   8.00 MHz : &CH10 : &BBC11 : &NoCal; *Lcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH11 : &BBC03 : &NoCal; *Rcp
     chan_def = :  6676.52 MHz : U :   8.00 MHz : &CH12 : &BBC11 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH13 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : L :   8.00 MHz : &CH14 : &BBC12 : &NoCal; *Lcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH15 : &BBC04 : &NoCal; *Rcp
     chan_def = :  6692.52 MHz : U :   8.00 MHz : &CH16 : &BBC12 : &NoCal; *Lcp
enddef;
*------------------------------------------------------------------------------
$IF;
*
def LO@6500MHzDPolNoTone;
* mode =  1    stations =Wb
     if_def = &IF_2N : 2N : R :  6500.0 MHz : U ; * PCall off!
     if_def = &IF_1N : 1N : L :  6500.0 MHz : U ; * PCall off!
enddef;
*
def LO@6520MHzDPolNoTone;
* mode =  1    stations =Jb
     if_def = &IF_2N : 2N : R :  6520.0 MHz : U ; * PCall off!
     if_def = &IF_1N : 1N : L :  6520.0 MHz : U ; * PCall off!
enddef;
*
def LO@6400MHzDPolNoTone;
* mode =  1    stations =Mc
     if_def = &IF_2N : 2N : R :  6400.0 MHz : U ; * PCall off!
     if_def = &IF_1N : 1N : L :  6400.0 MHz : U ; * PCall off!
enddef;
*
def LO@5900MHzDPolNoTone;
* mode =  1    stations =Tr:Sh
     if_def = &IF_C : C : R :  5900.0 MHz : U ; * PCall off!
     if_def = &IF_A : A : L :  5900.0 MHz : U ; * PCall off!
enddef;
*
def LO@5910MHzDPolNoTone;
* mode =  1    stations =Ys
     if_def = &IF_A : A : R :  5910.0 MHz : U ; * PCall off!
     if_def = &IF_C : C : L :  5910.0 MHz : U ; * PCall off!
enddef;
*
def LO@5900MHzDPolNoTone#02;
* mode =  1    stations =Ef
     if_def = &IF_A1 : A1 : R :  5900.0 MHz : U ; * PCall off!
     if_def = &IF_B3 : B3 : L :  5900.0 MHz : U ; * PCall off!
enddef;
*
def LO@6250MHzDPolNoTone;
* mode =  1    stations =On
     if_def = &IF_A2 : A2 : R :  6250.0 MHz : U ; * PCall off!
     if_def = &IF_B4 : B4 : L :  6250.0 MHz : U ; * PCall off!
enddef;
*
def LO@6956MHzDPolNoTone;
* mode =  1    stations =Nt
     if_def = &IF_A1 : A1 : R :  6956.0 MHz : L ; * PCall off!
     if_def = &IF_B2 : B2 : L :  6956.0 MHz : L ; * PCall off!
enddef;
*
def LO@6400MHzDPolNoTone#02;
* mode =  1    stations =Sr:Md
     if_def = &IF_A1 : A1 : R :  6400.0 MHz : U ; * PCall off!
     if_def = &IF_B1 : B1 : L :  6400.0 MHz : U ; * PCall off!
enddef;
*
def LO@5900MHzDPolNoTone#03;
* mode =  1    stations =T6:Sd
     if_def = &IF_A : A : R :  5900.0 MHz : U ; * PCall off!
     if_def = &IF_B : B : L :  5900.0 MHz : U ; * PCall off!
enddef;
*
def LO@5900MHzDPolNoTone#04;
* mode =  1    stations =Td
     if_def = &IF_A1 : A1 : R :  5900.0 MHz : U ; * PCall off!
     if_def = &IF_B1 : B1 : L :  5900.0 MHz : U ; * PCall off!
enddef;
*
def LO@5910MHzDPolNoTone#02;
* mode =  1    stations =Yd
     if_def = &IF_A1 : A1 : R :  5910.0 MHz : U ; * PCall off!
     if_def = &IF_B1 : B1 : L :  5910.0 MHz : U ; * PCall off!
enddef;
*------------------------------------------------------------------------------
$BBC;
*
def 16BBCs;
* mode =  1    stations =Wb:Jb:Mc
     BBC_assign = &BBC02 :  2 : &IF_2N;
     BBC_assign = &BBC01 :  1 : &IF_1N;
     BBC_assign = &BBC04 :  4 : &IF_2N;
     BBC_assign = &BBC03 :  3 : &IF_1N;
     BBC_assign = &BBC06 :  6 : &IF_2N;
     BBC_assign = &BBC05 :  5 : &IF_1N;
     BBC_assign = &BBC08 :  8 : &IF_2N;
     BBC_assign = &BBC07 :  7 : &IF_1N;
enddef;
*
def 16BBCs#02;
* mode =  1    stations =Tr:Sh
     BBC_assign = &BBC01 :  1 : &IF_C;
     BBC_assign = &BBC02 :  2 : &IF_A;
     BBC_assign = &BBC03 :  3 : &IF_C;
     BBC_assign = &BBC04 :  4 : &IF_A;
     BBC_assign = &BBC05 :  5 : &IF_C;
     BBC_assign = &BBC06 :  6 : &IF_A;
     BBC_assign = &BBC07 :  7 : &IF_C;
     BBC_assign = &BBC08 :  8 : &IF_A;
enddef;
*
def 16BBCs#03;
* mode =  1    stations =Ys
     BBC_assign = &BBC01 :  1 : &IF_A;
     BBC_assign = &BBC02 :  2 : &IF_C;
     BBC_assign = &BBC03 :  3 : &IF_A;
     BBC_assign = &BBC04 :  4 : &IF_C;
     BBC_assign = &BBC05 :  5 : &IF_A;
     BBC_assign = &BBC06 :  6 : &IF_C;
     BBC_assign = &BBC07 :  7 : &IF_A;
     BBC_assign = &BBC08 :  8 : &IF_C;
enddef;
*
def 16BBCs#04;
* mode =  1    stations =Ef
     BBC_assign = &BBC01 :  1 : &IF_A1;
     BBC_assign = &BBC05 :  5 : &IF_B3;
     BBC_assign = &BBC02 :  2 : &IF_A1;
     BBC_assign = &BBC06 :  6 : &IF_B3;
     BBC_assign = &BBC03 :  3 : &IF_A1;
     BBC_assign = &BBC07 :  7 : &IF_B3;
     BBC_assign = &BBC04 :  4 : &IF_A1;
     BBC_assign = &BBC08 :  8 : &IF_B3;
enddef;
*
def 16BBCs#05;
* mode =  1    stations =On
     BBC_assign = &BBC01 :  1 : &IF_A2;
     BBC_assign = &BBC05 :  5 : &IF_B4;
     BBC_assign = &BBC02 :  2 : &IF_A2;
     BBC_assign = &BBC06 :  6 : &IF_B4;
     BBC_assign = &BBC03 :  3 : &IF_A2;
     BBC_assign = &BBC07 :  7 : &IF_B4;
     BBC_assign = &BBC04 :  4 : &IF_A2;
     BBC_assign = &BBC08 :  8 : &IF_B4;
enddef;
*
def 16BBCs#06;
* mode =  1    stations =Nt
     BBC_assign = &BBC01 :  1 : &IF_A1;
     BBC_assign = &BBC05 :  5 : &IF_B2;
     BBC_assign = &BBC02 :  2 : &IF_A1;
     BBC_assign = &BBC06 :  6 : &IF_B2;
     BBC_assign = &BBC03 :  3 : &IF_A1;
     BBC_assign = &BBC07 :  7 : &IF_B2;
     BBC_assign = &BBC04 :  4 : &IF_A1;
     BBC_assign = &BBC08 :  8 : &IF_B2;
enddef;
*
def 16BBCs#07;
* mode =  1    stations =Sr:Md:Td:Yd
     BBC_assign = &BBC01 :  1 : &IF_A1;
     BBC_assign = &BBC05 :  5 : &IF_B1;
     BBC_assign = &BBC02 :  2 : &IF_A1;
     BBC_assign = &BBC06 :  6 : &IF_B1;
     BBC_assign = &BBC03 :  3 : &IF_A1;
     BBC_assign = &BBC07 :  7 : &IF_B1;
     BBC_assign = &BBC04 :  4 : &IF_A1;
     BBC_assign = &BBC08 :  8 : &IF_B1;
enddef;
*
def 16BBCs#08;
* mode =  1    stations =T6
     BBC_assign = &BBC01 :  1 : &IF_A;
     BBC_assign = &BBC05 :  5 : &IF_B;
     BBC_assign = &BBC02 :  2 : &IF_A;
     BBC_assign = &BBC06 :  6 : &IF_B;
     BBC_assign = &BBC03 :  3 : &IF_A;
     BBC_assign = &BBC07 :  7 : &IF_B;
     BBC_assign = &BBC04 :  4 : &IF_A;
     BBC_assign = &BBC08 :  8 : &IF_B;
enddef;
*
def 16BBCs#09;
* mode =  1    stations =Sd
     BBC_assign = &BBC01 :  1 : &IF_A;
     BBC_assign = &BBC09 :  9 : &IF_B;
     BBC_assign = &BBC02 :  2 : &IF_A;
     BBC_assign = &BBC10 : 10 : &IF_B;
     BBC_assign = &BBC03 :  3 : &IF_A;
     BBC_assign = &BBC11 : 11 : &IF_B;
     BBC_assign = &BBC04 :  4 : &IF_A;
     BBC_assign = &BBC12 : 12 : &IF_B;
enddef;
*------------------------------------------------------------------------------
$PHASE_CAL_DETECT;
*
def NoDetect;
* mode =  1    stations =Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd
     phase_cal_detect = &NoCal;
enddef;
*------------------------------------------------------------------------------
$BITSTREAMS;
*
def efBTSM32;
*   Stations = Ef:Md:On:Sr:T6:Td:Yd
    stream_def = &CH01 : sign : 16 : 16;
    stream_def = &CH01 :  mag : 17 : 17;
    stream_def = &CH02 : sign : 24 : 24;
    stream_def = &CH02 :  mag : 25 : 25;
    stream_def = &CH03 : sign :  0 :  0;
    stream_def = &CH03 :  mag :  1 :  1;
    stream_def = &CH04 : sign :  8 :  8;
    stream_def = &CH04 :  mag :  9 :  9;
    stream_def = &CH05 : sign : 18 : 18;
    stream_def = &CH05 :  mag : 19 : 19;
    stream_def = &CH06 : sign : 26 : 26;
    stream_def = &CH06 :  mag : 27 : 27;
    stream_def = &CH07 : sign :  2 :  2;
    stream_def = &CH07 :  mag :  3 :  3;
    stream_def = &CH08 : sign : 10 : 10;
    stream_def = &CH08 :  mag : 11 : 11;
    stream_def = &CH09 : sign : 20 : 20;
    stream_def = &CH09 :  mag : 21 : 21;
    stream_def = &CH10 : sign : 28 : 28;
    stream_def = &CH10 :  mag : 29 : 29;
    stream_def = &CH11 : sign :  4 :  4;
    stream_def = &CH11 :  mag :  5 :  5;
    stream_def = &CH12 : sign : 12 : 12;
    stream_def = &CH12 :  mag : 13 : 13;
    stream_def = &CH13 : sign : 22 : 22;
    stream_def = &CH13 :  mag : 23 : 23;
    stream_def = &CH14 : sign : 30 : 30;
    stream_def = &CH14 :  mag : 31 : 31;
    stream_def = &CH15 : sign :  6 :  6;
    stream_def = &CH15 :  mag :  7 :  7;
    stream_def = &CH16 : sign : 14 : 14;
    stream_def = &CH16 :  mag : 15 : 15;
enddef;
*
def ntBTSMswpSB32;
*   Stations = Nt
    stream_def = &CH01 : sign :  0:  0;
    stream_def = &CH01 :  mag :  1:  1;
    stream_def = &CH02 : sign :  8:  8;
    stream_def = &CH02 :  mag :  9:  9;
    stream_def = &CH03 : sign : 16: 16;
    stream_def = &CH03 :  mag : 17: 17;
    stream_def = &CH04 : sign : 24: 24;
    stream_def = &CH04 :  mag : 25: 25;
    stream_def = &CH05 : sign :  2:  2;
    stream_def = &CH05 :  mag :  3:  3;
    stream_def = &CH06 : sign : 10: 10;
    stream_def = &CH06 :  mag : 11: 11;
    stream_def = &CH07 : sign : 18: 18;
    stream_def = &CH07 :  mag : 19: 19;
    stream_def = &CH08 : sign : 26: 26;
    stream_def = &CH08 :  mag : 27: 27;
    stream_def = &CH09 : sign :  4:  4;
    stream_def = &CH09 :  mag :  5:  5;
    stream_def = &CH10 : sign : 12: 12;
    stream_def = &CH10 :  mag : 13: 13;
    stream_def = &CH11 : sign : 20: 20;
    stream_def = &CH11 :  mag : 21: 21;
    stream_def = &CH12 : sign : 28: 28;
    stream_def = &CH12 :  mag : 29: 29;
    stream_def = &CH13 : sign :  6:  6;
    stream_def = &CH13 :  mag :  7:  7;
    stream_def = &CH14 : sign : 14: 14;
    stream_def = &CH14 :  mag : 15: 15;
    stream_def = &CH15 : sign : 22: 22;
    stream_def = &CH15 :  mag : 23: 23;
    stream_def = &CH16 : sign : 30: 30;
    stream_def = &CH16 :  mag : 31: 31;
enddef;
*
def sdBTSM32;
*   Stations = Sd
    stream_def = &CH01 : sign : 16 : 16;
    stream_def = &CH01 :  mag : 17 : 17;
    stream_def = &CH02 : sign : 24 : 24;
    stream_def = &CH02 :  mag : 25 : 25;
    stream_def = &CH03 : sign :  0 :  0;
    stream_def = &CH03 :  mag :  1 :  1;
    stream_def = &CH04 : sign :  8 :  8;
    stream_def = &CH04 :  mag :  9 :  9;
    stream_def = &CH05 : sign : 18 : 18;
    stream_def = &CH05 :  mag : 19 : 19;
    stream_def = &CH06 : sign : 26 : 26;
    stream_def = &CH06 :  mag : 27 : 27;
    stream_def = &CH07 : sign :  2 :  2;
    stream_def = &CH07 :  mag :  3 :  3;
    stream_def = &CH08 : sign : 10 : 10;
    stream_def = &CH08 :  mag : 11 : 11;
    stream_def = &CH09 : sign : 20 : 20;
    stream_def = &CH09 :  mag : 21 : 21;
    stream_def = &CH10 : sign : 28 : 28;
    stream_def = &CH10 :  mag : 29 : 29;
    stream_def = &CH11 : sign :  4 :  4;
    stream_def = &CH11 :  mag :  5 :  5;
    stream_def = &CH12 : sign : 12 : 12;
    stream_def = &CH12 :  mag : 13 : 13;
    stream_def = &CH13 : sign : 22 : 22;
    stream_def = &CH13 :  mag : 23 : 23;
    stream_def = &CH14 : sign : 30 : 30;
    stream_def = &CH14 :  mag : 31 : 31;
    stream_def = &CH15 : sign :  6 :  6;
    stream_def = &CH15 :  mag :  7 :  7;
    stream_def = &CH16 : sign : 14 : 14;
    stream_def = &CH16 :  mag : 15 : 15;
enddef;
*
def shBTSM32;
*   Stations = Sh:Ys
    stream_def = &CH01 : sign : 16 : 16;
    stream_def = &CH01 :  mag : 17 : 17;
    stream_def = &CH02 : sign : 18 : 18;
    stream_def = &CH02 :  mag : 19 : 19;
    stream_def = &CH03 : sign :  0 :  0;
    stream_def = &CH03 :  mag :  1 :  1;
    stream_def = &CH04 : sign :  2 :  2;
    stream_def = &CH04 :  mag :  3 :  3;
    stream_def = &CH05 : sign : 20 : 20;
    stream_def = &CH05 :  mag : 21 : 21;
    stream_def = &CH06 : sign : 22 : 22;
    stream_def = &CH06 :  mag : 23 : 23;
    stream_def = &CH07 : sign :  4 :  4;
    stream_def = &CH07 :  mag :  5 :  5;
    stream_def = &CH08 : sign :  6 :  6;
    stream_def = &CH08 :  mag :  7 :  7;
    stream_def = &CH09 : sign : 24 : 24;
    stream_def = &CH09 :  mag : 25 : 25;
    stream_def = &CH10 : sign : 26 : 26;
    stream_def = &CH10 :  mag : 27 : 27;
    stream_def = &CH11 : sign :  8 :  8;
    stream_def = &CH11 :  mag :  9 :  9;
    stream_def = &CH12 : sign : 10 : 10;
    stream_def = &CH12 :  mag : 11 : 11;
    stream_def = &CH13 : sign : 28 : 28;
    stream_def = &CH13 :  mag : 29 : 29;
    stream_def = &CH14 : sign : 30 : 30;
    stream_def = &CH14 :  mag : 31 : 31;
    stream_def = &CH15 : sign : 12 : 12;
    stream_def = &CH15 :  mag : 13 : 13;
    stream_def = &CH16 : sign : 14 : 14;
    stream_def = &CH16 :  mag : 15 : 15;
enddef;
*
def wbBTSM32;
*   Stations = Wb
    stream_def = &CH01 : sign : 18 : 18;
    stream_def = &CH01 :  mag : 19 : 19;
    stream_def = &CH02 : sign : 16 : 16;
    stream_def = &CH02 :  mag : 17 : 17;
    stream_def = &CH03 : sign :  2 :  2;
    stream_def = &CH03 :  mag :  3 :  3;
    stream_def = &CH04 : sign :  0 :  0;
    stream_def = &CH04 :  mag :  1 :  1;
    stream_def = &CH05 : sign : 22 : 22;
    stream_def = &CH05 :  mag : 23 : 23;
    stream_def = &CH06 : sign : 20 : 20;
    stream_def = &CH06 :  mag : 21 : 21;
    stream_def = &CH07 : sign :  6 :  6;
    stream_def = &CH07 :  mag :  7 :  7;
    stream_def = &CH08 : sign :  4 :  4;
    stream_def = &CH08 :  mag :  5 :  5;
    stream_def = &CH09 : sign : 26 : 26;
    stream_def = &CH09 :  mag : 27 : 27;
    stream_def = &CH10 : sign : 24 : 24;
    stream_def = &CH10 :  mag : 25 : 25;
    stream_def = &CH11 : sign : 10 : 10;
    stream_def = &CH11 :  mag : 11 : 11;
    stream_def = &CH12 : sign :  8 :  8;
    stream_def = &CH12 :  mag :  9 :  9;
    stream_def = &CH13 : sign : 30 : 30;
    stream_def = &CH13 :  mag : 31 : 31;
    stream_def = &CH14 : sign : 28 : 28;
    stream_def = &CH14 :  mag : 29 : 29;
    stream_def = &CH15 : sign : 14 : 14;
    stream_def = &CH15 :  mag : 15 : 15;
    stream_def = &CH16 : sign : 12 : 12;
    stream_def = &CH16 :  mag : 13 : 13;
enddef;
*------------------------------------------------------------------------------
$TRACKS;
*
def MKIV.16Ch2bit1to2;
* mode =  1    stations = Jb:Mc:Tr
*    format = MKIV1:2, and fan-out = 2
*    mode requires   8.00Mb/s/tr; stations using disks
     track_frame_format = Mark4;
     data_modulation = off;
     fanout_def =   : &CH01 : sign : 1:  2:  4;
     fanout_def =   : &CH01 :  mag : 1:  6:  8;
     fanout_def =   : &CH02 : sign : 1: 10: 12;
     fanout_def =   : &CH02 :  mag : 1: 14: 16;
     fanout_def =   : &CH03 : sign : 1: 18: 20;
     fanout_def =   : &CH03 :  mag : 1: 22: 24;
     fanout_def =   : &CH04 : sign : 1: 26: 28;
     fanout_def =   : &CH04 :  mag : 1: 30: 32;
     fanout_def =   : &CH05 : sign : 1:  3:  5;
     fanout_def =   : &CH05 :  mag : 1:  7:  9;
     fanout_def =   : &CH06 : sign : 1: 11: 13;
     fanout_def =   : &CH06 :  mag : 1: 15: 17;
     fanout_def =   : &CH07 : sign : 1: 19: 21;
     fanout_def =   : &CH07 :  mag : 1: 23: 25;
     fanout_def =   : &CH08 : sign : 1: 27: 29;
     fanout_def =   : &CH08 :  mag : 1: 31: 33;
     fanout_def =   : &CH09 : sign : 2:  2:  4;
     fanout_def =   : &CH09 :  mag : 2:  6:  8;
     fanout_def =   : &CH10 : sign : 2: 10: 12;
     fanout_def =   : &CH10 :  mag : 2: 14: 16;
     fanout_def =   : &CH11 : sign : 2: 18: 20;
     fanout_def =   : &CH11 :  mag : 2: 22: 24;
     fanout_def =   : &CH12 : sign : 2: 26: 28;
     fanout_def =   : &CH12 :  mag : 2: 30: 32;
     fanout_def =   : &CH13 : sign : 2:  3:  5;
     fanout_def =   : &CH13 :  mag : 2:  7:  9;
     fanout_def =   : &CH14 : sign : 2: 11: 13;
     fanout_def =   : &CH14 :  mag : 2: 15: 17;
     fanout_def =   : &CH15 : sign : 2: 19: 21;
     fanout_def =   : &CH15 :  mag : 2: 23: 25;
     fanout_def =   : &CH16 : sign : 2: 27: 29;
     fanout_def =   : &CH16 :  mag : 2: 31: 33;
enddef;
*
def ef5B512fo1;
* format = none and fanout = 1
* mode = 1     stations = Ef:Md:Nt:On:Sr:T6:Td:Yd
    track_frame_format = VLBA;
    data_modulation = off;
    fanout_def = : &CH01 : sign  :  1:  4;
    fanout_def = : &CH01 :  mag  :  1:  8;
    fanout_def = : &CH02 : sign  :  1:  5;
    fanout_def = : &CH02 :  mag  :  1:  9;
    fanout_def = : &CH03 : sign  :  1:  2;
    fanout_def = : &CH03 :  mag  :  1:  6;
    fanout_def = : &CH04 : sign  :  1:  3;
    fanout_def = : &CH04 :  mag  :  1:  7;
    fanout_def = : &CH05 : sign  :  1: 12;
    fanout_def = : &CH05 :  mag  :  1: 16;
    fanout_def = : &CH06 : sign  :  1: 13;
    fanout_def = : &CH06 :  mag  :  1: 17;
    fanout_def = : &CH07 : sign  :  1: 10;
    fanout_def = : &CH07 :  mag  :  1: 14;
    fanout_def = : &CH08 : sign  :  1: 11;
    fanout_def = : &CH08 :  mag  :  1: 15;
    fanout_def = : &CH09 : sign  :  1: 20;
    fanout_def = : &CH09 :  mag  :  1: 24;
    fanout_def = : &CH10 : sign  :  1: 21;
    fanout_def = : &CH10 :  mag  :  1: 25;
    fanout_def = : &CH11 : sign  :  1: 18;
    fanout_def = : &CH11 :  mag  :  1: 22;
    fanout_def = : &CH12 : sign  :  1: 19;
    fanout_def = : &CH12 :  mag  :  1: 23;
    fanout_def = : &CH13 : sign  :  1: 28;
    fanout_def = : &CH13 :  mag  :  1: 32;
    fanout_def = : &CH14 : sign  :  1: 29;
    fanout_def = : &CH14 :  mag  :  1: 33;
    fanout_def = : &CH15 : sign  :  1: 26;
    fanout_def = : &CH15 :  mag  :  1: 30;
    fanout_def = : &CH16 : sign  :  1: 27;
    fanout_def = : &CH16 :  mag  :  1: 31;
enddef;
*
def sd5B512fo1;
* format = none and fanout = 1
* mode = 1     stations = Sd
    track_frame_format = VLBA;
    data_modulation = off;
    fanout_def = : &CH01 : sign  :  1:  4;
    fanout_def = : &CH01 :  mag  :  1:  8;
    fanout_def = : &CH02 : sign  :  1:  5;
    fanout_def = : &CH02 :  mag  :  1:  9;
    fanout_def = : &CH03 : sign  :  1:  2;
    fanout_def = : &CH03 :  mag  :  1:  6;
    fanout_def = : &CH04 : sign  :  1:  3;
    fanout_def = : &CH04 :  mag  :  1:  7;
    fanout_def = : &CH05 : sign  :  1: 12;
    fanout_def = : &CH05 :  mag  :  1: 16;
    fanout_def = : &CH06 : sign  :  1: 13;
    fanout_def = : &CH06 :  mag  :  1: 17;
    fanout_def = : &CH07 : sign  :  1: 10;
    fanout_def = : &CH07 :  mag  :  1: 14;
    fanout_def = : &CH08 : sign  :  1: 11;
    fanout_def = : &CH08 :  mag  :  1: 15;
    fanout_def = : &CH09 : sign  :  1: 20;
    fanout_def = : &CH09 :  mag  :  1: 24;
    fanout_def = : &CH10 : sign  :  1: 21;
    fanout_def = : &CH10 :  mag  :  1: 25;
    fanout_def = : &CH11 : sign  :  1: 18;
    fanout_def = : &CH11 :  mag  :  1: 22;
    fanout_def = : &CH12 : sign  :  1: 19;
    fanout_def = : &CH12 :  mag  :  1: 23;
    fanout_def = : &CH13 : sign  :  1: 28;
    fanout_def = : &CH13 :  mag  :  1: 32;
    fanout_def = : &CH14 : sign  :  1: 29;
    fanout_def = : &CH14 :  mag  :  1: 33;
    fanout_def = : &CH15 : sign  :  1: 26;
    fanout_def = : &CH15 :  mag  :  1: 30;
    fanout_def = : &CH16 : sign  :  1: 27;
    fanout_def = : &CH16 :  mag  :  1: 31;
enddef;
*
def sh5B512fo1;
* format = VLBA4 and fanout = 1
* mode = 1     stations = Sh:Ys
    track_frame_format = VLBA;
    data_modulation = off;
    fanout_def = : &CH01 : sign  :  1:  4;
    fanout_def = : &CH01 :  mag  :  1:  8;
    fanout_def = : &CH02 : sign  :  1: 12;
    fanout_def = : &CH02 :  mag  :  1: 16;
    fanout_def = : &CH03 : sign  :  1:  2;
    fanout_def = : &CH03 :  mag  :  1:  6;
    fanout_def = : &CH04 : sign  :  1: 10;
    fanout_def = : &CH04 :  mag  :  1: 14;
    fanout_def = : &CH05 : sign  :  1: 20;
    fanout_def = : &CH05 :  mag  :  1: 24;
    fanout_def = : &CH06 : sign  :  1: 28;
    fanout_def = : &CH06 :  mag  :  1: 32;
    fanout_def = : &CH07 : sign  :  1: 18;
    fanout_def = : &CH07 :  mag  :  1: 22;
    fanout_def = : &CH08 : sign  :  1: 26;
    fanout_def = : &CH08 :  mag  :  1: 30;
    fanout_def = : &CH09 : sign  :  1:  5;
    fanout_def = : &CH09 :  mag  :  1:  9;
    fanout_def = : &CH10 : sign  :  1: 13;
    fanout_def = : &CH10 :  mag  :  1: 17;
    fanout_def = : &CH11 : sign  :  1:  3;
    fanout_def = : &CH11 :  mag  :  1:  7;
    fanout_def = : &CH12 : sign  :  1: 11;
    fanout_def = : &CH12 :  mag  :  1: 15;
    fanout_def = : &CH13 : sign  :  1: 21;
    fanout_def = : &CH13 :  mag  :  1: 25;
    fanout_def = : &CH14 : sign  :  1: 29;
    fanout_def = : &CH14 :  mag  :  1: 33;
    fanout_def = : &CH15 : sign  :  1: 19;
    fanout_def = : &CH15 :  mag  :  1: 23;
    fanout_def = : &CH16 : sign  :  1: 27;
    fanout_def = : &CH16 :  mag  :  1: 31;
enddef;
*
def wb5B512fo1;
* format = Mark4 and fanout = 1
* mode = 1     stations = Wb
    track_frame_format = VLBA;
    data_modulation = off;
    fanout_def = : &CH01 : sign  :  1: 12;
    fanout_def = : &CH01 :  mag  :  1: 16;
    fanout_def = : &CH02 : sign  :  1:  4;
    fanout_def = : &CH02 :  mag  :  1:  8;
    fanout_def = : &CH03 : sign  :  1: 10;
    fanout_def = : &CH03 :  mag  :  1: 14;
    fanout_def = : &CH04 : sign  :  1:  2;
    fanout_def = : &CH04 :  mag  :  1:  6;
    fanout_def = : &CH05 : sign  :  1: 28;
    fanout_def = : &CH05 :  mag  :  1: 32;
    fanout_def = : &CH06 : sign  :  1: 20;
    fanout_def = : &CH06 :  mag  :  1: 24;
    fanout_def = : &CH07 : sign  :  1: 26;
    fanout_def = : &CH07 :  mag  :  1: 30;
    fanout_def = : &CH08 : sign  :  1: 18;
    fanout_def = : &CH08 :  mag  :  1: 22;
    fanout_def = : &CH09 : sign  :  1: 13;
    fanout_def = : &CH09 :  mag  :  1: 17;
    fanout_def = : &CH10 : sign  :  1:  5;
    fanout_def = : &CH10 :  mag  :  1:  9;
    fanout_def = : &CH11 : sign  :  1: 11;
    fanout_def = : &CH11 :  mag  :  1: 15;
    fanout_def = : &CH12 : sign  :  1:  3;
    fanout_def = : &CH12 :  mag  :  1:  7;
    fanout_def = : &CH13 : sign  :  1: 29;
    fanout_def = : &CH13 :  mag  :  1: 33;
    fanout_def = : &CH14 : sign  :  1: 21;
    fanout_def = : &CH14 :  mag  :  1: 25;
    fanout_def = : &CH15 : sign  :  1: 27;
    fanout_def = : &CH15 :  mag  :  1: 31;
    fanout_def = : &CH16 : sign  :  1: 19;
    fanout_def = : &CH16 :  mag  :  1: 23;
enddef;
*------------------------------------------------------------------------------
$HEAD_POS;
def DiskVoid;
* mode =  1    stations =Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd
*     Head positions irrelevant for Disk: empty def
enddef;
*------------------------------------------------------------------------------
$PASS_ORDER;
*
def DiskVoid;
* mode =  1    stations =Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd
*     Pass orders irrelevant for Disk: empty def
enddef;
*------------------------------------------------------------------------------
$ROLL;
*
def NoRoll;
* mode =  1    stations =Ef:Wb:Jb:On:Mc:Nt:Tr:Ys:Sh:Sr:Md:Td:Yd:T6:Sd
*    barrel-roll set to 'roll_off', so reverse-roll by  0 (1 head)
     roll = off;
enddef;
*------------------------------------------------------------------------------
$SCHED;                       * Experiment: F14M1
*-------------------------------------------------------------------------------
*
scan No0001;
      start=2014y058d12h00m00s; mode=sess114.M512; source=3C48;
*               : data_good:   data_stop:  goto_startpos     :pass:wrp:drv;
      station=Ef:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Wb:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=On:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Md:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Td:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=T6:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     300 sec:     0.000000000 GB :    :   : 1 ;
endscan;
scan No0002;
      start=2014y058d12h06m00s; mode=sess114.M512; source=3C48;
* ftp scan
*     data_transfer=Ef: disk2file: F14M1_ef_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Wb: disk2file: F14M1_wb_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Jb: disk2file: F14M1_jb_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=On: disk2file: F14M1_on_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Mc: disk2file: F14M1_mc_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Nt: disk2file: F14M1_nt_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Tr: disk2file: F14M1_tr_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Ys: disk2file: F14M1_ys_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Sh: disk2file: F14M1_sh_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Sr: disk2file: F14M1_sr_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Md: disk2file: F14M1_md_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Td: disk2file: F14M1_td_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Yd: disk2file: F14M1_yd_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=T6: disk2file: F14M1_t6_No0002.m5a:  180 sec:  182 sec: ;
*     data_transfer=Sd: disk2file: F14M1_sd_No0002.m5a:  180 sec:  182 sec: ;
      station=Ef:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Wb:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=On:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Md:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Td:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=T6:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     240 sec:    19.354000000 GB :    :   : 1 ;
endscan;
scan No0003;
      start=2014y058d12h14m00s; mode=sess114.M512; source=3C48;
      station=Ef:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Wb:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=On:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Md:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Td:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=T6:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     360 sec:    34.836000000 GB :    :   : 1 ;
endscan;
scan No0004;
      start=2014y058d12h22m00s; mode=sess114.M512; source=DA193;
      station=Ef:    39 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Jb:    61 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=On:   106 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Tr:    25 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Md:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Td:    25 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=T6:    82 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
      station=Sd:    82 sec:     480 sec:    58.061000000 GB :    :   : 1 ;
endscan;
scan No0005;
      start=2014y058d12h32m00s; mode=sess114.M512; source=DA193;
      station=Ef:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=On:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Md:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Td:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=T6:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     480 sec:    89.027000000 GB :    :   : 1 ;
endscan;
scan No0006;
      start=2014y058d12h42m00s; mode=sess114.M512; source=DA193;
      station=Ef:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=On:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Md:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Td:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=T6:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     480 sec:   119.992000000 GB :    :   : 1 ;
endscan;
scan No0007;
      start=2014y058d12h52m00s; mode=sess114.M512; source=DA193;
* ftp scan
*     data_transfer=Ef: disk2file: F14M1_ef_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Jb: disk2file: F14M1_jb_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=On: disk2file: F14M1_on_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Mc: disk2file: F14M1_mc_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Nt: disk2file: F14M1_nt_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Tr: disk2file: F14M1_tr_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Ys: disk2file: F14M1_ys_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Sh: disk2file: F14M1_sh_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Sr: disk2file: F14M1_sr_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Md: disk2file: F14M1_md_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Td: disk2file: F14M1_td_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Yd: disk2file: F14M1_yd_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=T6: disk2file: F14M1_t6_No0007.m5a:  420 sec:  422 sec: ;
*     data_transfer=Sd: disk2file: F14M1_sd_No0007.m5a:  420 sec:  422 sec: ;
      station=Ef:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Jb:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=On:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Mc:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Nt:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Tr:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Ys:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Sh:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Sr:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Md:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Td:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Yd:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=T6:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
      station=Sd:     0 sec:     480 sec:   150.958000000 GB :    :   : 1 ;
endscan;
*-------------------------------------------------------------------------------
$TAPELOG_OBS;       * Experiment: F14M1
*-------------------------------------------------------------------------------
*
*       drive#    VSN             start time            end time
  def EF;
    VSN=  1      :Ef-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def WB;
    VSN=  1      :Wb-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def JB;
    VSN=  1      :Jb-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def ON;
    VSN=  1      :On-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def MC;
    VSN=  1      :Mc-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def NT;
    VSN=  1      :Nt-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def TR;
    VSN=  1      :Tr-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def YS;
    VSN=  1      :Ys-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def SH;
    VSN=  1      :Sh-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def SR;
    VSN=  1      :Sr-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def MD;
    VSN=  1      :Md-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def TD;
    VSN=  1      :Td-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def YD;
    VSN=  1      :Yd-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def T6;
    VSN=  1      :T6-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
  def SD;
    VSN=  1      :Sd-eVLBI       :2014y058d12h00m00s   :2014y058d13h00m00s;
  enddef;
*
*---------------------------------------------------------------------------------------
$CLOCK;                  *  Experiment: F14M1
*---------------------------------------------------------------------------------------
*
*                 valid from           clock_early      clock_early_epoch     rate
  def EF;
*    clock_early=  2014y058d12h00m00s : -23.269 usec :  2014y058d12h30m00s  :  -1.97e-07;
    clock_early=  2014y058d12h00m00s : -21.269 usec :  2014y058d12h30m00s  :  -1.97e-07;
  enddef;
*
* Clockoffset for Wb, WSTRBORK_TADUmax_8MHz: +11.1 usec
  def WB;
    clock_early=  2014y058d12h00m00s :  85.667 usec :  2014y058d12h30m00s  :   1.78e-07;
  enddef;
*
  def JB;
    clock_early=  2014y058d12h00m00s :  -3.384 usec :  2014y058d12h30m00s  :  -2.29e-07;
  enddef;
*
  def ON;
*    clock_early=  2014y058d12h00m00s :  95.473 usec :  2014y058d12h30m00s  :   4.43e-07;
    clock_early=  2014y058d12h00m00s :  98.673 usec :  2014y058d12h30m00s  :   4.43e-07;
  enddef;
*
  def MC;
    clock_early=  2014y058d12h00m00s :  -7.178 usec :  2014y058d12h30m00s  :   2.66e-08;
  enddef;
*
  def NT;
*    clock_early=  2014y058d12h00m00s :  -7.426 usec :  2014y058d12h30m00s  :  -2.70e-07;
    clock_early=  2014y058d12h00m00s :  -4.926 usec :  2014y058d12h30m00s  :  -2.70e-07;
  enddef;
*
  def TR;
    clock_early=  2014y058d12h00m00s : -11.038 usec :  2014y058d12h30m00s  :  -1.76e-05;
  enddef;
*
  def YS;
*    clock_early=  2014y058d12h00m00s :   2.626 usec :  2014y058d12h30m00s  :   2.70e-07;
    clock_early=  2014y058d12h00m00s :   -4.03 usec :  2014y058d12h30m00s  :   2.70e-07;
  enddef;
*
  def SH;
    clock_early=  2014y058d12h00m00s :   8.968 usec :  2014y058d12h30m00s  :   7.84e-07;
  enddef;
*
* No clockinfo available
  def SR;
    clock_early=  2014y058d12h00m00s :   0.000 usec :  2014y058d12h30m00s  :   0.00e+00;
  enddef;
*
* apriori MC+2
  def MD;
    clock_early=  2014y058d12h00m00s :  -5.178 usec :  2014y058d12h30m00s  :   2.66e-08;
  enddef;
*
* apriori TR+2
  def TD;
    clock_early=  2014y058d12h00m00s :  -9.038 usec :  2014y058d12h30m00s  :  -1.76e-05;
  enddef;
*
* apriori YS+2
  def YD;
    clock_early=  2014y058d12h00m00s :   4.626 usec :  2014y058d12h30m00s  :   2.70e-07;
  enddef;
*
* No clockinfo available
  def T6;
    clock_early=  2014y058d12h00m00s :   24.69 usec :  2014y058d12h30m00s  :   0.00e+00;
  enddef;
*
* No clockinfo available
  def SD;
    clock_early=  2014y058d12h00m00s :   24.63 usec :  2014y058d12h30m00s  :   0.00e+00;
  enddef;
*
*-------------------------------------------------------------------------------
$EOP; * (Predicted value's)           Experiment: F14M1
*-------------------------------------------------------------------------------
*
 def EOP057;
   TAI-UTC = 35 sec;
   eop_ref_epoch = 2014y057d00h00m00s;
   num_eop_points= 3;
   eop_interval  = 24 hr;
   ut1-utc   = -0.1564861 sec: -0.1580964 sec: -0.1598956 sec;
   x_wobble  =  0.019087 asec:  0.018617 asec:  0.018452 asec;
   y_wobble  =  0.383871 asec:  0.385056 asec:  0.386227 asec;
   delta_psi = -0.081439 asec: -0.081549 asec: -0.081585 asec;
   delta_eps = -0.011357 asec: -0.011287 asec: -0.011007 asec;
 enddef;
*
*-------------------------------------------------------------------------------
ÿ