[Difx-users] mpicorrdifx cannot be loaded correctly on more than a single node
Arash Roshanineshat
arashroshani92 at gmail.com
Wed Jun 28 19:21:15 EDT 2017
Thank you Chris.
I reduced the number of threads to 5 in the cluster configuration file
(C.txt) and the same problem is still there.
As per your request, I have attached the files to this email.
"errormon2" does not report anything when I execute startdifx. I mean
the output of errormon2 is blank.
It might be useful to say that, executing "mpispeed", as it was
suggested in an archived mail-list email, using the following command
and the same configuration files, works correctly. It uses 6 cpus in
total in both cluster nodes and returns "done" outputs.
$ mpirun -np 6 --hostfile
/home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.machines
/home/arash/difx/bin/mpispeed
Regarding the large number of threads, If I have understood correctly
from NRAO's difx tutorial, MPI should handle the threads(and
hyperthreads) automatically. So I chose a large number to use whole
system's resources and speed up the difx.
Best Regards
Arash Roshanineshat
On 06/28/2017 07:03 PM, Chris.Phillips at csiro.au wrote:
> Hi Arash,
>
> Without the full setup, it is basically impossible to debug such problems. We would need to see the .input file and preferably the .v2d and .vex file also. Also the full output from DIFX for the entire run (use errormon or errormon2)
>
> Specifically how many antennas are being correlated? Maybe you just have too few DIFX processes.
>
> Given you are running all the DataStream processes in a single node, I would suggest you probably have too many threads running per core. I doubt that is the problem you are seeing though.
>
> Actually maybe it is - stardifx maybe is being clever (I don't use it) and not being willing to allocate more than 20 processes (ignore hyperthreads, they tend to be useless for DIFX). Try changing # threads to, say, 5.
>
> Cheers
> Chris
>
> ________________________________________
> From: Difx-users <difx-users-bounces at listmgr.nrao.edu> on behalf of Arash Roshanineshat <arashroshani92 at gmail.com>
> Sent: Thursday, 29 June 2017 7:34 AM
> To: difx-users at listmgr.nrao.edu
> Cc: arash.roshanineshat at cfa.harvard.edu
> Subject: [Difx-users] mpicorrdifx cannot be loaded correctly on more than a single node
>
> Hi,
>
> I could install difx but it can only be run on a single node cluster.
>
> The *.machines and *.threads files are attached to this email.
>
> Openmpi is installed on all nodes and difx folder and data folder is
> shared among the clusters using NFS filesystem. Difx works perfectly
> with correct output on single machines.
>
> executing "startdifx -v -f e17d05-Sm-Sr_1000.input" returns the
> following error:
>
> DIFX_MACHINES -> /home/arash/Shared_Examples/Example2/C.txt
> Found modules:
> Executing: mpirun -np 6 --hostfile
> /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.machines --mca
> mpi_yield_when_idle 1 --mca rmaps seq runmpifxcorr.DiFX-2.5
> /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.input
> --------------------------------------------------------------------------
> While computing bindings, we found no available cpus on
> the following node:
>
> Node: fringes-difx0
>
> Please check your allocation.
> --------------------------------------------------------------------------
> Elapsed time (s) = 0.50417590141
>
> and executing
>
> $ mpirun -np 6 --hostfile
> /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.machines
> /home/arash/difx/bin/mpifxcorr
> /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.input
>
> seems to be working but by observing the cpu usage, I see only 6 cpus
> involving "5 in fringes-difx0 and 1 in fringes-difx1". I was expecting
> it to use the number of cpus equal to the number in "*.threads" file.
> How can I solve this issue?
>
> the specification of the cluster is Socket=2, Core per Socket=10 and
> Threads per core=2.
>
> Best Regards
>
> Arash Roshanineshat
>
>
>
>
-------------- next part --------------
version = 1
fringes-difx0, 2, 5, file:///home/arash/Shared_Examples/Example2/vdif_files
fringes-difx1, 1, 5,
#fringes-difx2, 1, 20
-------------- next part --------------
# bof
vex = e17d05-Sm-Sr.vex.obs
mjdStart = 2017y095d08h39m00s
mjdStop = 2017y095d08h39m10s
dataBufferFactor = 24
visBufferLength = 40
singleScan = 1
startSeries = 1000
antennas = Sm, Sr
# alma-vex-defs.py -rzoom -f227100.00 -w58.0
ZOOM UseMe { # SWAP: UseMe
# 32 zoom bands in [226162.500000,228037.500000] 1 per
# center 227100.000000, nInt x 0.000160000000000 s 0.000160000000000 s
# 18560 ch/HOPS 20000 ch/ALMA 655360 ch/R2DBE Res 0.003125000000000 MHz
addZoomFreq = freq at 226162.796875/bw at 58.0/noparent at true #< 226220.796875
addZoomFreq = freq at 226221.390625/bw at 58.0/noparent at true #< 226279.390625
addZoomFreq = freq at 226279.984375/bw at 58.0/noparent at true #< 226337.984375
addZoomFreq = freq at 226338.578125/bw at 58.0/noparent at true #< 226396.578125
addZoomFreq = freq at 226397.171875/bw at 58.0/noparent at true #< 226455.171875
addZoomFreq = freq at 226455.765625/bw at 58.0/noparent at true #< 226513.765625
addZoomFreq = freq at 226514.359375/bw at 58.0/noparent at true #< 226572.359375
addZoomFreq = freq at 226572.953125/bw at 58.0/noparent at true #< 226630.953125
addZoomFreq = freq at 226631.546875/bw at 58.0/noparent at true #< 226689.546875
addZoomFreq = freq at 226690.140625/bw at 58.0/noparent at true #< 226748.140625
addZoomFreq = freq at 226748.734375/bw at 58.0/noparent at true #< 226806.734375
addZoomFreq = freq at 226807.328125/bw at 58.0/noparent at true #< 226865.328125
addZoomFreq = freq at 226865.921875/bw at 58.0/noparent at true #< 226923.921875
addZoomFreq = freq at 226924.515625/bw at 58.0/noparent at true #< 226982.515625
addZoomFreq = freq at 226983.109375/bw at 58.0/noparent at true #< 227041.109375
addZoomFreq = freq at 227041.703125/bw at 58.0/noparent at true #< 227099.703125
addZoomFreq = freq at 227100.296875/bw at 58.0/noparent at true #< 227158.296875
addZoomFreq = freq at 227158.890625/bw at 58.0/noparent at true #< 227216.890625
addZoomFreq = freq at 227217.484375/bw at 58.0/noparent at true #< 227275.484375
addZoomFreq = freq at 227276.078125/bw at 58.0/noparent at true #< 227334.078125
addZoomFreq = freq at 227334.671875/bw at 58.0/noparent at true #< 227392.671875
addZoomFreq = freq at 227393.265625/bw at 58.0/noparent at true #< 227451.265625
addZoomFreq = freq at 227451.859375/bw at 58.0/noparent at true #< 227509.859375
addZoomFreq = freq at 227510.453125/bw at 58.0/noparent at true #< 227568.453125
addZoomFreq = freq at 227569.046875/bw at 58.0/noparent at true #< 227627.046875
addZoomFreq = freq at 227627.640625/bw at 58.0/noparent at true #< 227685.640625
addZoomFreq = freq at 227686.234375/bw at 58.0/noparent at true #< 227744.234375
addZoomFreq = freq at 227744.828125/bw at 58.0/noparent at true #< 227802.828125
addZoomFreq = freq at 227803.421875/bw at 58.0/noparent at true #< 227861.421875
addZoomFreq = freq at 227862.015625/bw at 58.0/noparent at true #< 227920.015625
addZoomFreq = freq at 227920.609375/bw at 58.0/noparent at true #< 227978.609375
addZoomFreq = freq at 227979.203125/bw at 58.0/noparent at true #< 228037.203125
#
}
ANTENNA Sm { # SWARM
datastreams = SmLoMod12, SmLoMod34 # SWAP
phaseCalInt = 0
toneSelection = none
zoom = UseMe
}
DATASTREAM SmLoMod12 {
file = /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Sm_095-0839-12-10s.vdif
}
DATASTREAM SmLoMod34 {
file = /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Sm_095-0839-34-10s.vdif
}
ANTENNA Sr { # Sr
file = /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Jc_095-0839-10s.vdif
phaseCalInt = 0
toneSelection = none
zoom = UseMe
}
SETUP MHz58 {
tInt = 1.000
subintNS = 8000000
FFTSpecRes = 0.015625
outputSpecRes = 0.5
xmacLength = 0
strideLength = 0
guardNS = 2000
}
RULE default {
setup = MHz58
# eof
-------------- next part --------------
VEX_rev = 1.5;
* SCHED vers: Development version 11.5. Started Apr. 2
* VEX/SCHED: 1.5.87
* Other versions: Sched: 11.5 Plot: 1.06 JPL-ephem: 1.01
*------------------------------------------------------------------------------
$GLOBAL;
ref $EXPER = e17d05;
* +------------+
* PI revision number: | 8.0000 |
* +------------+
* mode: R2DBE
*------------------------------------------------------------------------------
$EXPER;
*
def e17d05;
exper_name = e17d05;
exper_num = 3597;
exper_description = "ALMA+EHT VLBI April 2017";
PI_name = EHTC/Multiple;
PI_email = not at an.address;
* address: The Event Horizon Telescope Collaboration
* Global
*
*
* phone: TBD
* during obs:TBD
* fax:
*
* year, doy: 2017, 94
* date : Tue 4 Apr 2017
* MJD : 57847
exper_nominal_start=2017y094d22h31m00s;
exper_nominal_stop=2017y095d17h07m00s;
*
target_correlator = HAYSTACK;
*
* integr_time : 1.000 s
* number_channels: 64
* number_antenna : 8
* cross_polarize : Yes
* weight_func : UNIFORM
* distrib_medium : FTP
* distrib_format : FITS
* source_pos_cat : STANDARD
* distribute_to :
* TBD
*
enddef;
*------------------------------------------------------------------------------
$MODE;
*
* 1mm-lo
def 1mmhilo; * SWAP 1mmhilo
ref $PROCEDURES = Mode_01;
ref $FREQ = SMA_LO:Sm;
ref $FREQ = SMAR_LO:Sr;
ref $IF = SMA_IF:Sm;
ref $IF = SMA_IF:Sr;
ref $BBC = COMMON_BBC:Sm:Sr;
ref $TRACKS = VDIF.8224:Sm:Sr;
ref $PHASE_CAL_DETECT = NoDetect:Sm:Sr;
enddef;
*------------------------------------------------------------------------------
$STATION;
*
def Sm;
ref $SITE = SMAP;
ref $ANTENNA = SMAP;
ref $DAS = 2NONE<#02;
enddef;
*
def Sr;
ref $SITE = SMAR;
ref $ANTENNA = SMAP;
ref $DAS = 2NONE<#02;
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 SMAP;
site_type = fixed;
site_name = SMAP;
site_ID = Sm;
* elev= 4115.06 long= 155:28:39. lat= 19:49:27.2
site_position =-5464555.49300 m:-2492927.98900 m: 2150797.17600 m;
site_velocity = 0.000000 m/yr: 0.000000 m/yr: 0.000000 m/yr;
* First line below is VEX standard format. Use only when readers are ready.
* site_position_epoch = 1997y001d;
site_position_epoch = 50449;
horizon_map_az = 0.0 deg: 44.0: 45.0: 56.0: 57.0:359.0;
horizon_map_el = 8.0 deg: 8.0: 24.0: 24.0: 8.0: 8.0;
enddef;
*
* SMA Reference Antenna
def SMAR;
site_type = fixed;
site_name = SMAR;
site_ID = Sr;
* elev= 4115.06 long= 155:28:39. lat= 19:49:27.2
* phased array position
site_position = -5464555.49300 m: -2492927.98900 m: 2150797.17600 m;
site_velocity = 0.000000 m/yr: 0.000000 m/yr: 0.000000 m/yr;
* First line below is VEX standard format. Use only when readers are ready.
* site_position_epoch = 1997y001d;
site_position_epoch = 50449;
horizon_map_az = 0.0 deg: 44.0: 45.0: 56.0: 57.0:359.0;
horizon_map_el = 8.0 deg: 8.0: 24.0: 24.0: 8.0: 8.0;
enddef;
*
*------------------------------------------------------------------------------
$ANTENNA;
*
def SMAP;
axis_type = az : el;
antenna_motion = el : 120.0 deg/min : 10 sec; * 1000.000 deg/sec/sec
antenna_motion = az : 240.0 deg/min : 10 sec; * 1000.000 deg/sec/sec
axis_offset = 0.00000 m;
enddef;
*
*------------------------------------------------------------------------------
$DAS;
*
def 2NONE<;
record_transport_type = Mark6;
electronics_rack_type = none;
number_drives = 2;
headstack = 1 : : 0 ;
headstack = 2 : : 1 ;
tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*
def 2NONE<#02;
record_transport_type = Mark5C;
electronics_rack_type = none;
number_drives = 2;
headstack = 1 : : 0 ;
headstack = 2 : : 1 ;
tape_motion = adaptive : 0 min: 0 min: 10 sec;
enddef;
*------------------------------------------------------------------------------
$SOURCE;
*
def 3C279;
source_name = 3C279;
* this source had calibrator code: V
* alternate source name: J1256-0547
* alternate source name: 1253-055
* alternate source name: J1256-05
* GSFC 2011B astro solution 7402 Observations
ra = 12h56m11.1665670s; dec = -05d47'21.524810"; ref_coord_frame = J2000;
* ra = 12h53m35.8312994s; dec = -05d31'07.995950"; ref_coord_frame = B1950;
* ra = 12h57m05.5816172s; dec = -05d52'59.486714"; ref_coord_frame = Date;
enddef;
*
*------------------------------------------------------------------------------
$FREQ;
*
def SMA_LO; * Sm
sample_rate = 4096.000 Ms/sec;
chan_def = &B:228100.000 MHz : L :2048.00 MHz : &CH01 : &BBC01 : &NoCal;
chan_def = &B:228100.000 MHz : L :2048.00 MHz : &CH02 : &BBC02 : &NoCal;
enddef;
*
def SMAR_LO; * Sr
sample_rate = 4096.000 Ms/sec;
chan_def = &B:228250.000 MHz : L : 2048.00 MHz : &CH01 : &BBC01 : &NoCal;
enddef;
*
*------------------------------------------------------------------------------
$IF;
*
def SMA_IF; * Sm
if_def = &IF_LoL : A : L : 228100.000000 MHz : L : 0 MHz : 0 Hz;
if_def = &IF_LoR : B : R : 228100.000000 MHz : L : 0 MHz : 0 Hz;
enddef;
def SMA_IF; * Sr
if_def = &IF_LoL : A : L : 228250.000000 MHz : L : 0 MHz : 0 Hz;
enddef;
*------------------------------------------------------------------------------
$BBC;
*
def COMMON_BBC; * all but Aa
BBC_assign = &BBC01 : 1 : &IF_LoL;
BBC_assign = &BBC02 : 2 : &IF_LoR;
enddef;
*------------------------------------------------------------------------------
$PHASE_CAL_DETECT;
*
def NoDetect;
* mode = 1 stations =Aa:Ap:Az:Lm:Pv:Jc:Sm:Sp
phase_cal_detect = &NoCal;
enddef;
*------------------------------------------------------------------------------
$TRACKS;
*
def VDIF.8224; track_frame_format = VDIF/8224/2; enddef;
*------------------------------------------------------------------------------
$HEAD_POS;
def DiskVoid;
* mode = 1 stations =Aa:Ap:Az:Lm:Pv:Jc:Sm:Sp
* Head positions irrelevant for Disk: empty def
enddef;
*------------------------------------------------------------------------------
$PASS_ORDER;
*
def DiskVoid;
* mode = 1 stations =Aa:Ap:Az:Lm:Pv:Jc:Sm:Sp
* Pass orders irrelevant for Disk: empty def
enddef;
*------------------------------------------------------------------------------
$ROLL;
*
def NoRoll;
* mode = 1 stations =Aa:Ap:Az:Lm:Pv:Jc:Sm:Sp
* barrel-roll set to 'roll_off', so reverse-roll by 0 (1 head)
roll = off;
enddef;
*------------------------------------------------------------------------------
$SCHED;
* schedule section for experiment e17d05
* ALMA+EHT VLBI April 2017
scan No0055;
* intent = "ALMA:AUTOPHASE_DETERMINE"
start = 2017y095d08h39m00s; mode = 1mmhilo; source = 3C279;
station = Sm: 0 sec: 10 sec:10399.976 GB: : : 1;
station = Sr: 0 sec: 10 sec:10399.976 GB: : : 1;
endscan;
*----------------------- begin $EOP ----------------------*
$EOP;
def EOP92;
TAI-UTC= 37 sec;
A1-TAI= 0 sec;
eop_ref_epoch=2017y092d;
num_eop_points=1;
eop_interval=24 hr;
ut1-utc = 0.468895 sec;
x_wobble = 0.005740 asec;
y_wobble = 0.378940 asec;
enddef;
def EOP93;
TAI-UTC= 37 sec;
A1-TAI= 0 sec;
eop_ref_epoch=2017y093d;
num_eop_points=1;
eop_interval=24 hr;
ut1-utc = 0.467473 sec;
x_wobble = 0.006300 asec;
y_wobble = 0.379910 asec;
enddef;
def EOP94;
TAI-UTC= 37 sec;
A1-TAI= 0 sec;
eop_ref_epoch=2017y094d;
num_eop_points=1;
eop_interval=24 hr;
ut1-utc = 0.466123 sec;
x_wobble = 0.007190 asec;
y_wobble = 0.380970 asec;
enddef;
def EOP95;
TAI-UTC= 37 sec;
A1-TAI= 0 sec;
eop_ref_epoch=2017y095d;
num_eop_points=1;
eop_interval=24 hr;
ut1-utc = 0.464787 sec;
x_wobble = 0.008330 asec;
y_wobble = 0.382590 asec;
enddef;
def EOP96;
TAI-UTC= 37 sec;
A1-TAI= 0 sec;
eop_ref_epoch=2017y096d;
num_eop_points=1;
eop_interval=24 hr;
ut1-utc = 0.463416 sec;
x_wobble = 0.009530 asec;
y_wobble = 0.384570 asec;
enddef;
*----------------------- end $EOP ----------------------*
*----------------------- begin $CLOCK ----------------------*
$CLOCK;
def Sm;
clock_early=2017y095d08h39m00s : 0.353 usec : 2017y095d08h39m00s : 1.57e-13 ;
enddef;
def Sr;
clock_early=2017y094d00h00m00s : 0.323 usec : 2017y095d08h39m00s: 0.157e-12 ;
enddef;
*----------------------- end $CLOCK ----------------------*
-------------- next part --------------
# COMMON SETTINGS ##!
CALC FILENAME: /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.calc
CORE CONF FILENAME: /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.threads
EXECUTE TIME (SEC): 10
START MJD: 57848
START SECONDS: 31140
ACTIVE DATASTREAMS: 3
ACTIVE BASELINES: 2
VIS BUFFER LENGTH: 40
OUTPUT FORMAT: SWIN
OUTPUT FILENAME: /home/arash/Shared_Examples/Example2/e17d05-Sm-Sr_1000.difx
# CONFIGURATIONS ###!
NUM CONFIGURATIONS: 1
CONFIG NAME: 1mmhilo_MHz58
INT TIME (SEC): 1.000000
SUBINT NANOSECONDS: 8000000
GUARD NANOSECONDS: 2000
FRINGE ROTN ORDER: 1
ARRAY STRIDE LENGTH:0
XMAC STRIDE LENGTH: 0
NUM BUFFERED FFTS: 10
WRITE AUTOCORRS: TRUE
PULSAR BINNING: FALSE
PHASED ARRAY: FALSE
DATASTREAM 0 INDEX: 0
DATASTREAM 1 INDEX: 1
DATASTREAM 2 INDEX: 2
BASELINE 0 INDEX: 0
BASELINE 1 INDEX: 1
# RULES ############!
NUM RULES: 1
RULE 0 CONFIG NAME: 1mmhilo_MHz58
# FREQ TABLE #######!
FREQ ENTRIES: 34
FREQ (MHZ) 0: 228100.00000000000
BW (MHZ) 0: 2048.00000000000
SIDEBAND 0: L
NUM CHANNELS 0: 131072
CHANS TO AVG 0: 32
OVERSAMPLE FAC. 0: 1
DECIMATION FAC. 0: 1
PHASE CALS 0 OUT: 0
FREQ (MHZ) 1: 228250.00000000000
BW (MHZ) 1: 2048.00000000000
SIDEBAND 1: L
NUM CHANNELS 1: 131072
CHANS TO AVG 1: 32
OVERSAMPLE FAC. 1: 1
DECIMATION FAC. 1: 1
PHASE CALS 1 OUT: 0
FREQ (MHZ) 2: 226162.79687500000
BW (MHZ) 2: 58.00000000000
SIDEBAND 2: U
NUM CHANNELS 2: 3712
CHANS TO AVG 2: 32
OVERSAMPLE FAC. 2: 1
DECIMATION FAC. 2: 1
PHASE CALS 2 OUT: 0
FREQ (MHZ) 3: 226221.39062500000
BW (MHZ) 3: 58.00000000000
SIDEBAND 3: U
NUM CHANNELS 3: 3712
CHANS TO AVG 3: 32
OVERSAMPLE FAC. 3: 1
DECIMATION FAC. 3: 1
PHASE CALS 3 OUT: 0
FREQ (MHZ) 4: 226279.98437500000
BW (MHZ) 4: 58.00000000000
SIDEBAND 4: U
NUM CHANNELS 4: 3712
CHANS TO AVG 4: 32
OVERSAMPLE FAC. 4: 1
DECIMATION FAC. 4: 1
PHASE CALS 4 OUT: 0
FREQ (MHZ) 5: 226338.57812500000
BW (MHZ) 5: 58.00000000000
SIDEBAND 5: U
NUM CHANNELS 5: 3712
CHANS TO AVG 5: 32
OVERSAMPLE FAC. 5: 1
DECIMATION FAC. 5: 1
PHASE CALS 5 OUT: 0
FREQ (MHZ) 6: 226397.17187500000
BW (MHZ) 6: 58.00000000000
SIDEBAND 6: U
NUM CHANNELS 6: 3712
CHANS TO AVG 6: 32
OVERSAMPLE FAC. 6: 1
DECIMATION FAC. 6: 1
PHASE CALS 6 OUT: 0
FREQ (MHZ) 7: 226455.76562500000
BW (MHZ) 7: 58.00000000000
SIDEBAND 7: U
NUM CHANNELS 7: 3712
CHANS TO AVG 7: 32
OVERSAMPLE FAC. 7: 1
DECIMATION FAC. 7: 1
PHASE CALS 7 OUT: 0
FREQ (MHZ) 8: 226514.35937500000
BW (MHZ) 8: 58.00000000000
SIDEBAND 8: U
NUM CHANNELS 8: 3712
CHANS TO AVG 8: 32
OVERSAMPLE FAC. 8: 1
DECIMATION FAC. 8: 1
PHASE CALS 8 OUT: 0
FREQ (MHZ) 9: 226572.95312500000
BW (MHZ) 9: 58.00000000000
SIDEBAND 9: U
NUM CHANNELS 9: 3712
CHANS TO AVG 9: 32
OVERSAMPLE FAC. 9: 1
DECIMATION FAC. 9: 1
PHASE CALS 9 OUT: 0
FREQ (MHZ) 10: 226631.54687500000
BW (MHZ) 10: 58.00000000000
SIDEBAND 10: U
NUM CHANNELS 10: 3712
CHANS TO AVG 10: 32
OVERSAMPLE FAC. 10: 1
DECIMATION FAC. 10: 1
PHASE CALS 10 OUT: 0
FREQ (MHZ) 11: 226690.14062500000
BW (MHZ) 11: 58.00000000000
SIDEBAND 11: U
NUM CHANNELS 11: 3712
CHANS TO AVG 11: 32
OVERSAMPLE FAC. 11: 1
DECIMATION FAC. 11: 1
PHASE CALS 11 OUT: 0
FREQ (MHZ) 12: 226748.73437500000
BW (MHZ) 12: 58.00000000000
SIDEBAND 12: U
NUM CHANNELS 12: 3712
CHANS TO AVG 12: 32
OVERSAMPLE FAC. 12: 1
DECIMATION FAC. 12: 1
PHASE CALS 12 OUT: 0
FREQ (MHZ) 13: 226807.32812500000
BW (MHZ) 13: 58.00000000000
SIDEBAND 13: U
NUM CHANNELS 13: 3712
CHANS TO AVG 13: 32
OVERSAMPLE FAC. 13: 1
DECIMATION FAC. 13: 1
PHASE CALS 13 OUT: 0
FREQ (MHZ) 14: 226865.92187500000
BW (MHZ) 14: 58.00000000000
SIDEBAND 14: U
NUM CHANNELS 14: 3712
CHANS TO AVG 14: 32
OVERSAMPLE FAC. 14: 1
DECIMATION FAC. 14: 1
PHASE CALS 14 OUT: 0
FREQ (MHZ) 15: 226924.51562500000
BW (MHZ) 15: 58.00000000000
SIDEBAND 15: U
NUM CHANNELS 15: 3712
CHANS TO AVG 15: 32
OVERSAMPLE FAC. 15: 1
DECIMATION FAC. 15: 1
PHASE CALS 15 OUT: 0
FREQ (MHZ) 16: 226983.10937500000
BW (MHZ) 16: 58.00000000000
SIDEBAND 16: U
NUM CHANNELS 16: 3712
CHANS TO AVG 16: 32
OVERSAMPLE FAC. 16: 1
DECIMATION FAC. 16: 1
PHASE CALS 16 OUT: 0
FREQ (MHZ) 17: 227041.70312500000
BW (MHZ) 17: 58.00000000000
SIDEBAND 17: U
NUM CHANNELS 17: 3712
CHANS TO AVG 17: 32
OVERSAMPLE FAC. 17: 1
DECIMATION FAC. 17: 1
PHASE CALS 17 OUT: 0
FREQ (MHZ) 18: 227100.29687500000
BW (MHZ) 18: 58.00000000000
SIDEBAND 18: U
NUM CHANNELS 18: 3712
CHANS TO AVG 18: 32
OVERSAMPLE FAC. 18: 1
DECIMATION FAC. 18: 1
PHASE CALS 18 OUT: 0
FREQ (MHZ) 19: 227158.89062500000
BW (MHZ) 19: 58.00000000000
SIDEBAND 19: U
NUM CHANNELS 19: 3712
CHANS TO AVG 19: 32
OVERSAMPLE FAC. 19: 1
DECIMATION FAC. 19: 1
PHASE CALS 19 OUT: 0
FREQ (MHZ) 20: 227217.48437500000
BW (MHZ) 20: 58.00000000000
SIDEBAND 20: U
NUM CHANNELS 20: 3712
CHANS TO AVG 20: 32
OVERSAMPLE FAC. 20: 1
DECIMATION FAC. 20: 1
PHASE CALS 20 OUT: 0
FREQ (MHZ) 21: 227276.07812500000
BW (MHZ) 21: 58.00000000000
SIDEBAND 21: U
NUM CHANNELS 21: 3712
CHANS TO AVG 21: 32
OVERSAMPLE FAC. 21: 1
DECIMATION FAC. 21: 1
PHASE CALS 21 OUT: 0
FREQ (MHZ) 22: 227334.67187500000
BW (MHZ) 22: 58.00000000000
SIDEBAND 22: U
NUM CHANNELS 22: 3712
CHANS TO AVG 22: 32
OVERSAMPLE FAC. 22: 1
DECIMATION FAC. 22: 1
PHASE CALS 22 OUT: 0
FREQ (MHZ) 23: 227393.26562500000
BW (MHZ) 23: 58.00000000000
SIDEBAND 23: U
NUM CHANNELS 23: 3712
CHANS TO AVG 23: 32
OVERSAMPLE FAC. 23: 1
DECIMATION FAC. 23: 1
PHASE CALS 23 OUT: 0
FREQ (MHZ) 24: 227451.85937500000
BW (MHZ) 24: 58.00000000000
SIDEBAND 24: U
NUM CHANNELS 24: 3712
CHANS TO AVG 24: 32
OVERSAMPLE FAC. 24: 1
DECIMATION FAC. 24: 1
PHASE CALS 24 OUT: 0
FREQ (MHZ) 25: 227510.45312500000
BW (MHZ) 25: 58.00000000000
SIDEBAND 25: U
NUM CHANNELS 25: 3712
CHANS TO AVG 25: 32
OVERSAMPLE FAC. 25: 1
DECIMATION FAC. 25: 1
PHASE CALS 25 OUT: 0
FREQ (MHZ) 26: 227569.04687500000
BW (MHZ) 26: 58.00000000000
SIDEBAND 26: U
NUM CHANNELS 26: 3712
CHANS TO AVG 26: 32
OVERSAMPLE FAC. 26: 1
DECIMATION FAC. 26: 1
PHASE CALS 26 OUT: 0
FREQ (MHZ) 27: 227627.64062500000
BW (MHZ) 27: 58.00000000000
SIDEBAND 27: U
NUM CHANNELS 27: 3712
CHANS TO AVG 27: 32
OVERSAMPLE FAC. 27: 1
DECIMATION FAC. 27: 1
PHASE CALS 27 OUT: 0
FREQ (MHZ) 28: 227686.23437500000
BW (MHZ) 28: 58.00000000000
SIDEBAND 28: U
NUM CHANNELS 28: 3712
CHANS TO AVG 28: 32
OVERSAMPLE FAC. 28: 1
DECIMATION FAC. 28: 1
PHASE CALS 28 OUT: 0
FREQ (MHZ) 29: 227744.82812500000
BW (MHZ) 29: 58.00000000000
SIDEBAND 29: U
NUM CHANNELS 29: 3712
CHANS TO AVG 29: 32
OVERSAMPLE FAC. 29: 1
DECIMATION FAC. 29: 1
PHASE CALS 29 OUT: 0
FREQ (MHZ) 30: 227803.42187500000
BW (MHZ) 30: 58.00000000000
SIDEBAND 30: U
NUM CHANNELS 30: 3712
CHANS TO AVG 30: 32
OVERSAMPLE FAC. 30: 1
DECIMATION FAC. 30: 1
PHASE CALS 30 OUT: 0
FREQ (MHZ) 31: 227862.01562500000
BW (MHZ) 31: 58.00000000000
SIDEBAND 31: U
NUM CHANNELS 31: 3712
CHANS TO AVG 31: 32
OVERSAMPLE FAC. 31: 1
DECIMATION FAC. 31: 1
PHASE CALS 31 OUT: 0
FREQ (MHZ) 32: 227920.60937500000
BW (MHZ) 32: 58.00000000000
SIDEBAND 32: U
NUM CHANNELS 32: 3712
CHANS TO AVG 32: 32
OVERSAMPLE FAC. 32: 1
DECIMATION FAC. 32: 1
PHASE CALS 32 OUT: 0
FREQ (MHZ) 33: 227979.20312500000
BW (MHZ) 33: 58.00000000000
SIDEBAND 33: U
NUM CHANNELS 33: 3712
CHANS TO AVG 33: 32
OVERSAMPLE FAC. 33: 1
DECIMATION FAC. 33: 1
PHASE CALS 33 OUT: 0
# TELESCOPE TABLE ##!
TELESCOPE ENTRIES: 2
TELESCOPE NAME 0: SM
CLOCK REF MJD 0: 57848.3604166667
CLOCK POLY ORDER 0: 1
@ ***** Clock poly coeff N: has units microsec / sec^N ***** @
CLOCK COEFF 0/0: -3.529999999999999e-01
CLOCK COEFF 0/1: -1.570000000000000e-07
TELESCOPE NAME 1: SR
CLOCK REF MJD 1: 57848.3604166667
CLOCK POLY ORDER 1: 1
@ ***** Clock poly coeff N: has units microsec / sec^N ***** @
CLOCK COEFF 1/0: -3.230000000000000e-01
CLOCK COEFF 1/1: -1.570000000000000e-07
# DATASTREAM TABLE #!
DATASTREAM ENTRIES: 3
DATA BUFFER FACTOR: 24
NUM DATA SEGMENTS: 8
TELESCOPE INDEX: 0
TSYS: 0.000000
DATA FORMAT: VDIF
QUANTISATION BITS: 2
DATA FRAME SIZE: 8224
DATA SAMPLING: REAL
DATA SOURCE: FILE
FILTERBANK USED: FALSE
PHASE CAL INT (MHZ):0
NUM RECORDED FREQS: 1
REC FREQ INDEX 0: 0
CLK OFFSET 0 (us): 0.000000
FREQ OFFSET 0 (Hz): 0.000000
NUM REC POLS 0: 1
REC BAND 0 POL: L
REC BAND 0 INDEX: 0
NUM ZOOM FREQS: 32
ZOOM FREQ INDEX 0: 2
NUM ZOOM POLS 0: 1
ZOOM FREQ INDEX 1: 3
NUM ZOOM POLS 1: 1
ZOOM FREQ INDEX 2: 4
NUM ZOOM POLS 2: 1
ZOOM FREQ INDEX 3: 5
NUM ZOOM POLS 3: 1
ZOOM FREQ INDEX 4: 6
NUM ZOOM POLS 4: 1
ZOOM FREQ INDEX 5: 7
NUM ZOOM POLS 5: 1
ZOOM FREQ INDEX 6: 8
NUM ZOOM POLS 6: 1
ZOOM FREQ INDEX 7: 9
NUM ZOOM POLS 7: 1
ZOOM FREQ INDEX 8: 10
NUM ZOOM POLS 8: 1
ZOOM FREQ INDEX 9: 11
NUM ZOOM POLS 9: 1
ZOOM FREQ INDEX 10: 12
NUM ZOOM POLS 10: 1
ZOOM FREQ INDEX 11: 13
NUM ZOOM POLS 11: 1
ZOOM FREQ INDEX 12: 14
NUM ZOOM POLS 12: 1
ZOOM FREQ INDEX 13: 15
NUM ZOOM POLS 13: 1
ZOOM FREQ INDEX 14: 16
NUM ZOOM POLS 14: 1
ZOOM FREQ INDEX 15: 17
NUM ZOOM POLS 15: 1
ZOOM FREQ INDEX 16: 18
NUM ZOOM POLS 16: 1
ZOOM FREQ INDEX 17: 19
NUM ZOOM POLS 17: 1
ZOOM FREQ INDEX 18: 20
NUM ZOOM POLS 18: 1
ZOOM FREQ INDEX 19: 21
NUM ZOOM POLS 19: 1
ZOOM FREQ INDEX 20: 22
NUM ZOOM POLS 20: 1
ZOOM FREQ INDEX 21: 23
NUM ZOOM POLS 21: 1
ZOOM FREQ INDEX 22: 24
NUM ZOOM POLS 22: 1
ZOOM FREQ INDEX 23: 25
NUM ZOOM POLS 23: 1
ZOOM FREQ INDEX 24: 26
NUM ZOOM POLS 24: 1
ZOOM FREQ INDEX 25: 27
NUM ZOOM POLS 25: 1
ZOOM FREQ INDEX 26: 28
NUM ZOOM POLS 26: 1
ZOOM FREQ INDEX 27: 29
NUM ZOOM POLS 27: 1
ZOOM FREQ INDEX 28: 30
NUM ZOOM POLS 28: 1
ZOOM FREQ INDEX 29: 31
NUM ZOOM POLS 29: 1
ZOOM FREQ INDEX 30: 32
NUM ZOOM POLS 30: 1
ZOOM FREQ INDEX 31: 33
NUM ZOOM POLS 31: 1
ZOOM BAND 0 POL: L
ZOOM BAND 0 INDEX: 0
ZOOM BAND 1 POL: L
ZOOM BAND 1 INDEX: 1
ZOOM BAND 2 POL: L
ZOOM BAND 2 INDEX: 2
ZOOM BAND 3 POL: L
ZOOM BAND 3 INDEX: 3
ZOOM BAND 4 POL: L
ZOOM BAND 4 INDEX: 4
ZOOM BAND 5 POL: L
ZOOM BAND 5 INDEX: 5
ZOOM BAND 6 POL: L
ZOOM BAND 6 INDEX: 6
ZOOM BAND 7 POL: L
ZOOM BAND 7 INDEX: 7
ZOOM BAND 8 POL: L
ZOOM BAND 8 INDEX: 8
ZOOM BAND 9 POL: L
ZOOM BAND 9 INDEX: 9
ZOOM BAND 10 POL: L
ZOOM BAND 10 INDEX: 10
ZOOM BAND 11 POL: L
ZOOM BAND 11 INDEX: 11
ZOOM BAND 12 POL: L
ZOOM BAND 12 INDEX: 12
ZOOM BAND 13 POL: L
ZOOM BAND 13 INDEX: 13
ZOOM BAND 14 POL: L
ZOOM BAND 14 INDEX: 14
ZOOM BAND 15 POL: L
ZOOM BAND 15 INDEX: 15
ZOOM BAND 16 POL: L
ZOOM BAND 16 INDEX: 16
ZOOM BAND 17 POL: L
ZOOM BAND 17 INDEX: 17
ZOOM BAND 18 POL: L
ZOOM BAND 18 INDEX: 18
ZOOM BAND 19 POL: L
ZOOM BAND 19 INDEX: 19
ZOOM BAND 20 POL: L
ZOOM BAND 20 INDEX: 20
ZOOM BAND 21 POL: L
ZOOM BAND 21 INDEX: 21
ZOOM BAND 22 POL: L
ZOOM BAND 22 INDEX: 22
ZOOM BAND 23 POL: L
ZOOM BAND 23 INDEX: 23
ZOOM BAND 24 POL: L
ZOOM BAND 24 INDEX: 24
ZOOM BAND 25 POL: L
ZOOM BAND 25 INDEX: 25
ZOOM BAND 26 POL: L
ZOOM BAND 26 INDEX: 26
ZOOM BAND 27 POL: L
ZOOM BAND 27 INDEX: 27
ZOOM BAND 28 POL: L
ZOOM BAND 28 INDEX: 28
ZOOM BAND 29 POL: L
ZOOM BAND 29 INDEX: 29
ZOOM BAND 30 POL: L
ZOOM BAND 30 INDEX: 30
ZOOM BAND 31 POL: L
ZOOM BAND 31 INDEX: 31
TELESCOPE INDEX: 0
TSYS: 0.000000
DATA FORMAT: VDIF
QUANTISATION BITS: 2
DATA FRAME SIZE: 8224
DATA SAMPLING: REAL
DATA SOURCE: FILE
FILTERBANK USED: FALSE
PHASE CAL INT (MHZ):0
NUM RECORDED FREQS: 1
REC FREQ INDEX 0: 0
CLK OFFSET 0 (us): 0.000000
FREQ OFFSET 0 (Hz): 0.000000
NUM REC POLS 0: 1
REC BAND 0 POL: R
REC BAND 0 INDEX: 0
NUM ZOOM FREQS: 32
ZOOM FREQ INDEX 0: 2
NUM ZOOM POLS 0: 1
ZOOM FREQ INDEX 1: 3
NUM ZOOM POLS 1: 1
ZOOM FREQ INDEX 2: 4
NUM ZOOM POLS 2: 1
ZOOM FREQ INDEX 3: 5
NUM ZOOM POLS 3: 1
ZOOM FREQ INDEX 4: 6
NUM ZOOM POLS 4: 1
ZOOM FREQ INDEX 5: 7
NUM ZOOM POLS 5: 1
ZOOM FREQ INDEX 6: 8
NUM ZOOM POLS 6: 1
ZOOM FREQ INDEX 7: 9
NUM ZOOM POLS 7: 1
ZOOM FREQ INDEX 8: 10
NUM ZOOM POLS 8: 1
ZOOM FREQ INDEX 9: 11
NUM ZOOM POLS 9: 1
ZOOM FREQ INDEX 10: 12
NUM ZOOM POLS 10: 1
ZOOM FREQ INDEX 11: 13
NUM ZOOM POLS 11: 1
ZOOM FREQ INDEX 12: 14
NUM ZOOM POLS 12: 1
ZOOM FREQ INDEX 13: 15
NUM ZOOM POLS 13: 1
ZOOM FREQ INDEX 14: 16
NUM ZOOM POLS 14: 1
ZOOM FREQ INDEX 15: 17
NUM ZOOM POLS 15: 1
ZOOM FREQ INDEX 16: 18
NUM ZOOM POLS 16: 1
ZOOM FREQ INDEX 17: 19
NUM ZOOM POLS 17: 1
ZOOM FREQ INDEX 18: 20
NUM ZOOM POLS 18: 1
ZOOM FREQ INDEX 19: 21
NUM ZOOM POLS 19: 1
ZOOM FREQ INDEX 20: 22
NUM ZOOM POLS 20: 1
ZOOM FREQ INDEX 21: 23
NUM ZOOM POLS 21: 1
ZOOM FREQ INDEX 22: 24
NUM ZOOM POLS 22: 1
ZOOM FREQ INDEX 23: 25
NUM ZOOM POLS 23: 1
ZOOM FREQ INDEX 24: 26
NUM ZOOM POLS 24: 1
ZOOM FREQ INDEX 25: 27
NUM ZOOM POLS 25: 1
ZOOM FREQ INDEX 26: 28
NUM ZOOM POLS 26: 1
ZOOM FREQ INDEX 27: 29
NUM ZOOM POLS 27: 1
ZOOM FREQ INDEX 28: 30
NUM ZOOM POLS 28: 1
ZOOM FREQ INDEX 29: 31
NUM ZOOM POLS 29: 1
ZOOM FREQ INDEX 30: 32
NUM ZOOM POLS 30: 1
ZOOM FREQ INDEX 31: 33
NUM ZOOM POLS 31: 1
ZOOM BAND 0 POL: R
ZOOM BAND 0 INDEX: 0
ZOOM BAND 1 POL: R
ZOOM BAND 1 INDEX: 1
ZOOM BAND 2 POL: R
ZOOM BAND 2 INDEX: 2
ZOOM BAND 3 POL: R
ZOOM BAND 3 INDEX: 3
ZOOM BAND 4 POL: R
ZOOM BAND 4 INDEX: 4
ZOOM BAND 5 POL: R
ZOOM BAND 5 INDEX: 5
ZOOM BAND 6 POL: R
ZOOM BAND 6 INDEX: 6
ZOOM BAND 7 POL: R
ZOOM BAND 7 INDEX: 7
ZOOM BAND 8 POL: R
ZOOM BAND 8 INDEX: 8
ZOOM BAND 9 POL: R
ZOOM BAND 9 INDEX: 9
ZOOM BAND 10 POL: R
ZOOM BAND 10 INDEX: 10
ZOOM BAND 11 POL: R
ZOOM BAND 11 INDEX: 11
ZOOM BAND 12 POL: R
ZOOM BAND 12 INDEX: 12
ZOOM BAND 13 POL: R
ZOOM BAND 13 INDEX: 13
ZOOM BAND 14 POL: R
ZOOM BAND 14 INDEX: 14
ZOOM BAND 15 POL: R
ZOOM BAND 15 INDEX: 15
ZOOM BAND 16 POL: R
ZOOM BAND 16 INDEX: 16
ZOOM BAND 17 POL: R
ZOOM BAND 17 INDEX: 17
ZOOM BAND 18 POL: R
ZOOM BAND 18 INDEX: 18
ZOOM BAND 19 POL: R
ZOOM BAND 19 INDEX: 19
ZOOM BAND 20 POL: R
ZOOM BAND 20 INDEX: 20
ZOOM BAND 21 POL: R
ZOOM BAND 21 INDEX: 21
ZOOM BAND 22 POL: R
ZOOM BAND 22 INDEX: 22
ZOOM BAND 23 POL: R
ZOOM BAND 23 INDEX: 23
ZOOM BAND 24 POL: R
ZOOM BAND 24 INDEX: 24
ZOOM BAND 25 POL: R
ZOOM BAND 25 INDEX: 25
ZOOM BAND 26 POL: R
ZOOM BAND 26 INDEX: 26
ZOOM BAND 27 POL: R
ZOOM BAND 27 INDEX: 27
ZOOM BAND 28 POL: R
ZOOM BAND 28 INDEX: 28
ZOOM BAND 29 POL: R
ZOOM BAND 29 INDEX: 29
ZOOM BAND 30 POL: R
ZOOM BAND 30 INDEX: 30
ZOOM BAND 31 POL: R
ZOOM BAND 31 INDEX: 31
TELESCOPE INDEX: 1
TSYS: 0.000000
DATA FORMAT: VDIF
QUANTISATION BITS: 2
DATA FRAME SIZE: 8224
DATA SAMPLING: REAL
DATA SOURCE: FILE
FILTERBANK USED: FALSE
PHASE CAL INT (MHZ):0
NUM RECORDED FREQS: 1
REC FREQ INDEX 0: 1
CLK OFFSET 0 (us): 0.000000
FREQ OFFSET 0 (Hz): 0.000000
NUM REC POLS 0: 1
REC BAND 0 POL: L
REC BAND 0 INDEX: 0
NUM ZOOM FREQS: 31
ZOOM FREQ INDEX 0: 3
NUM ZOOM POLS 0: 1
ZOOM FREQ INDEX 1: 4
NUM ZOOM POLS 1: 1
ZOOM FREQ INDEX 2: 5
NUM ZOOM POLS 2: 1
ZOOM FREQ INDEX 3: 6
NUM ZOOM POLS 3: 1
ZOOM FREQ INDEX 4: 7
NUM ZOOM POLS 4: 1
ZOOM FREQ INDEX 5: 8
NUM ZOOM POLS 5: 1
ZOOM FREQ INDEX 6: 9
NUM ZOOM POLS 6: 1
ZOOM FREQ INDEX 7: 10
NUM ZOOM POLS 7: 1
ZOOM FREQ INDEX 8: 11
NUM ZOOM POLS 8: 1
ZOOM FREQ INDEX 9: 12
NUM ZOOM POLS 9: 1
ZOOM FREQ INDEX 10: 13
NUM ZOOM POLS 10: 1
ZOOM FREQ INDEX 11: 14
NUM ZOOM POLS 11: 1
ZOOM FREQ INDEX 12: 15
NUM ZOOM POLS 12: 1
ZOOM FREQ INDEX 13: 16
NUM ZOOM POLS 13: 1
ZOOM FREQ INDEX 14: 17
NUM ZOOM POLS 14: 1
ZOOM FREQ INDEX 15: 18
NUM ZOOM POLS 15: 1
ZOOM FREQ INDEX 16: 19
NUM ZOOM POLS 16: 1
ZOOM FREQ INDEX 17: 20
NUM ZOOM POLS 17: 1
ZOOM FREQ INDEX 18: 21
NUM ZOOM POLS 18: 1
ZOOM FREQ INDEX 19: 22
NUM ZOOM POLS 19: 1
ZOOM FREQ INDEX 20: 23
NUM ZOOM POLS 20: 1
ZOOM FREQ INDEX 21: 24
NUM ZOOM POLS 21: 1
ZOOM FREQ INDEX 22: 25
NUM ZOOM POLS 22: 1
ZOOM FREQ INDEX 23: 26
NUM ZOOM POLS 23: 1
ZOOM FREQ INDEX 24: 27
NUM ZOOM POLS 24: 1
ZOOM FREQ INDEX 25: 28
NUM ZOOM POLS 25: 1
ZOOM FREQ INDEX 26: 29
NUM ZOOM POLS 26: 1
ZOOM FREQ INDEX 27: 30
NUM ZOOM POLS 27: 1
ZOOM FREQ INDEX 28: 31
NUM ZOOM POLS 28: 1
ZOOM FREQ INDEX 29: 32
NUM ZOOM POLS 29: 1
ZOOM FREQ INDEX 30: 33
NUM ZOOM POLS 30: 1
ZOOM BAND 0 POL: L
ZOOM BAND 0 INDEX: 0
ZOOM BAND 1 POL: L
ZOOM BAND 1 INDEX: 1
ZOOM BAND 2 POL: L
ZOOM BAND 2 INDEX: 2
ZOOM BAND 3 POL: L
ZOOM BAND 3 INDEX: 3
ZOOM BAND 4 POL: L
ZOOM BAND 4 INDEX: 4
ZOOM BAND 5 POL: L
ZOOM BAND 5 INDEX: 5
ZOOM BAND 6 POL: L
ZOOM BAND 6 INDEX: 6
ZOOM BAND 7 POL: L
ZOOM BAND 7 INDEX: 7
ZOOM BAND 8 POL: L
ZOOM BAND 8 INDEX: 8
ZOOM BAND 9 POL: L
ZOOM BAND 9 INDEX: 9
ZOOM BAND 10 POL: L
ZOOM BAND 10 INDEX: 10
ZOOM BAND 11 POL: L
ZOOM BAND 11 INDEX: 11
ZOOM BAND 12 POL: L
ZOOM BAND 12 INDEX: 12
ZOOM BAND 13 POL: L
ZOOM BAND 13 INDEX: 13
ZOOM BAND 14 POL: L
ZOOM BAND 14 INDEX: 14
ZOOM BAND 15 POL: L
ZOOM BAND 15 INDEX: 15
ZOOM BAND 16 POL: L
ZOOM BAND 16 INDEX: 16
ZOOM BAND 17 POL: L
ZOOM BAND 17 INDEX: 17
ZOOM BAND 18 POL: L
ZOOM BAND 18 INDEX: 18
ZOOM BAND 19 POL: L
ZOOM BAND 19 INDEX: 19
ZOOM BAND 20 POL: L
ZOOM BAND 20 INDEX: 20
ZOOM BAND 21 POL: L
ZOOM BAND 21 INDEX: 21
ZOOM BAND 22 POL: L
ZOOM BAND 22 INDEX: 22
ZOOM BAND 23 POL: L
ZOOM BAND 23 INDEX: 23
ZOOM BAND 24 POL: L
ZOOM BAND 24 INDEX: 24
ZOOM BAND 25 POL: L
ZOOM BAND 25 INDEX: 25
ZOOM BAND 26 POL: L
ZOOM BAND 26 INDEX: 26
ZOOM BAND 27 POL: L
ZOOM BAND 27 INDEX: 27
ZOOM BAND 28 POL: L
ZOOM BAND 28 INDEX: 28
ZOOM BAND 29 POL: L
ZOOM BAND 29 INDEX: 29
ZOOM BAND 30 POL: L
ZOOM BAND 30 INDEX: 30
# BASELINE TABLE ###!
BASELINE ENTRIES: 2
D/STREAM A INDEX 0: 0
D/STREAM B INDEX 0: 2
NUM FREQS 0: 31
POL PRODUCTS 0/0: 1
D/STREAM A BAND 0: 2
D/STREAM B BAND 0: 1
POL PRODUCTS 0/1: 1
D/STREAM A BAND 0: 3
D/STREAM B BAND 0: 2
POL PRODUCTS 0/2: 1
D/STREAM A BAND 0: 4
D/STREAM B BAND 0: 3
POL PRODUCTS 0/3: 1
D/STREAM A BAND 0: 5
D/STREAM B BAND 0: 4
POL PRODUCTS 0/4: 1
D/STREAM A BAND 0: 6
D/STREAM B BAND 0: 5
POL PRODUCTS 0/5: 1
D/STREAM A BAND 0: 7
D/STREAM B BAND 0: 6
POL PRODUCTS 0/6: 1
D/STREAM A BAND 0: 8
D/STREAM B BAND 0: 7
POL PRODUCTS 0/7: 1
D/STREAM A BAND 0: 9
D/STREAM B BAND 0: 8
POL PRODUCTS 0/8: 1
D/STREAM A BAND 0: 10
D/STREAM B BAND 0: 9
POL PRODUCTS 0/9: 1
D/STREAM A BAND 0: 11
D/STREAM B BAND 0: 10
POL PRODUCTS 0/10: 1
D/STREAM A BAND 0: 12
D/STREAM B BAND 0: 11
POL PRODUCTS 0/11: 1
D/STREAM A BAND 0: 13
D/STREAM B BAND 0: 12
POL PRODUCTS 0/12: 1
D/STREAM A BAND 0: 14
D/STREAM B BAND 0: 13
POL PRODUCTS 0/13: 1
D/STREAM A BAND 0: 15
D/STREAM B BAND 0: 14
POL PRODUCTS 0/14: 1
D/STREAM A BAND 0: 16
D/STREAM B BAND 0: 15
POL PRODUCTS 0/15: 1
D/STREAM A BAND 0: 17
D/STREAM B BAND 0: 16
POL PRODUCTS 0/16: 1
D/STREAM A BAND 0: 18
D/STREAM B BAND 0: 17
POL PRODUCTS 0/17: 1
D/STREAM A BAND 0: 19
D/STREAM B BAND 0: 18
POL PRODUCTS 0/18: 1
D/STREAM A BAND 0: 20
D/STREAM B BAND 0: 19
POL PRODUCTS 0/19: 1
D/STREAM A BAND 0: 21
D/STREAM B BAND 0: 20
POL PRODUCTS 0/20: 1
D/STREAM A BAND 0: 22
D/STREAM B BAND 0: 21
POL PRODUCTS 0/21: 1
D/STREAM A BAND 0: 23
D/STREAM B BAND 0: 22
POL PRODUCTS 0/22: 1
D/STREAM A BAND 0: 24
D/STREAM B BAND 0: 23
POL PRODUCTS 0/23: 1
D/STREAM A BAND 0: 25
D/STREAM B BAND 0: 24
POL PRODUCTS 0/24: 1
D/STREAM A BAND 0: 26
D/STREAM B BAND 0: 25
POL PRODUCTS 0/25: 1
D/STREAM A BAND 0: 27
D/STREAM B BAND 0: 26
POL PRODUCTS 0/26: 1
D/STREAM A BAND 0: 28
D/STREAM B BAND 0: 27
POL PRODUCTS 0/27: 1
D/STREAM A BAND 0: 29
D/STREAM B BAND 0: 28
POL PRODUCTS 0/28: 1
D/STREAM A BAND 0: 30
D/STREAM B BAND 0: 29
POL PRODUCTS 0/29: 1
D/STREAM A BAND 0: 31
D/STREAM B BAND 0: 30
POL PRODUCTS 0/30: 1
D/STREAM A BAND 0: 32
D/STREAM B BAND 0: 31
D/STREAM A INDEX 1: 1
D/STREAM B INDEX 1: 2
NUM FREQS 1: 31
POL PRODUCTS 1/0: 1
D/STREAM A BAND 0: 2
D/STREAM B BAND 0: 1
POL PRODUCTS 1/1: 1
D/STREAM A BAND 0: 3
D/STREAM B BAND 0: 2
POL PRODUCTS 1/2: 1
D/STREAM A BAND 0: 4
D/STREAM B BAND 0: 3
POL PRODUCTS 1/3: 1
D/STREAM A BAND 0: 5
D/STREAM B BAND 0: 4
POL PRODUCTS 1/4: 1
D/STREAM A BAND 0: 6
D/STREAM B BAND 0: 5
POL PRODUCTS 1/5: 1
D/STREAM A BAND 0: 7
D/STREAM B BAND 0: 6
POL PRODUCTS 1/6: 1
D/STREAM A BAND 0: 8
D/STREAM B BAND 0: 7
POL PRODUCTS 1/7: 1
D/STREAM A BAND 0: 9
D/STREAM B BAND 0: 8
POL PRODUCTS 1/8: 1
D/STREAM A BAND 0: 10
D/STREAM B BAND 0: 9
POL PRODUCTS 1/9: 1
D/STREAM A BAND 0: 11
D/STREAM B BAND 0: 10
POL PRODUCTS 1/10: 1
D/STREAM A BAND 0: 12
D/STREAM B BAND 0: 11
POL PRODUCTS 1/11: 1
D/STREAM A BAND 0: 13
D/STREAM B BAND 0: 12
POL PRODUCTS 1/12: 1
D/STREAM A BAND 0: 14
D/STREAM B BAND 0: 13
POL PRODUCTS 1/13: 1
D/STREAM A BAND 0: 15
D/STREAM B BAND 0: 14
POL PRODUCTS 1/14: 1
D/STREAM A BAND 0: 16
D/STREAM B BAND 0: 15
POL PRODUCTS 1/15: 1
D/STREAM A BAND 0: 17
D/STREAM B BAND 0: 16
POL PRODUCTS 1/16: 1
D/STREAM A BAND 0: 18
D/STREAM B BAND 0: 17
POL PRODUCTS 1/17: 1
D/STREAM A BAND 0: 19
D/STREAM B BAND 0: 18
POL PRODUCTS 1/18: 1
D/STREAM A BAND 0: 20
D/STREAM B BAND 0: 19
POL PRODUCTS 1/19: 1
D/STREAM A BAND 0: 21
D/STREAM B BAND 0: 20
POL PRODUCTS 1/20: 1
D/STREAM A BAND 0: 22
D/STREAM B BAND 0: 21
POL PRODUCTS 1/21: 1
D/STREAM A BAND 0: 23
D/STREAM B BAND 0: 22
POL PRODUCTS 1/22: 1
D/STREAM A BAND 0: 24
D/STREAM B BAND 0: 23
POL PRODUCTS 1/23: 1
D/STREAM A BAND 0: 25
D/STREAM B BAND 0: 24
POL PRODUCTS 1/24: 1
D/STREAM A BAND 0: 26
D/STREAM B BAND 0: 25
POL PRODUCTS 1/25: 1
D/STREAM A BAND 0: 27
D/STREAM B BAND 0: 26
POL PRODUCTS 1/26: 1
D/STREAM A BAND 0: 28
D/STREAM B BAND 0: 27
POL PRODUCTS 1/27: 1
D/STREAM A BAND 0: 29
D/STREAM B BAND 0: 28
POL PRODUCTS 1/28: 1
D/STREAM A BAND 0: 30
D/STREAM B BAND 0: 29
POL PRODUCTS 1/29: 1
D/STREAM A BAND 0: 31
D/STREAM B BAND 0: 30
POL PRODUCTS 1/30: 1
D/STREAM A BAND 0: 32
D/STREAM B BAND 0: 31
# DATA TABLE #######!
D/STREAM 0 FILES: 1
FILE 0/0: /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Sm_095-0839-12-10s.vdif
D/STREAM 1 FILES: 1
FILE 1/0: /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Sm_095-0839-34-10s.vdif
D/STREAM 2 FILES: 1
FILE 2/0: /home/arash/Shared_Examples/Example2/vdif_files/e17d05_Jc_095-0839-10s.vdif
-------------- next part --------------
fringes-difx0
fringes-difx0
fringes-difx0
fringes-difx0
fringes-difx1
fringes-difx0
-------------- next part --------------
NUMBER OF CORES: 2
5
4
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