#==================================================================
# Track e22b19 band 1, outputbands example for DiFX 2.7.1
#
# V2d was modified from the original for source=fake and less scans
#
# Translate with
#
#   vex2difx --force e22b19-0-b1.v2d
#
# where the forcing option is required because otherwise
#
#  "Warning: both linear and circular polarizations are listed in the .vex file.  Very partial support exists for such modes within DiFX.  Use at your own risk!
#   Quitting since there was a warning and strict mode was enabled.
#   Strict mode can be disabled with --force if needed."
#
# due to ALMA X,Y-pol. Correlator output is PolConverted later.
#
#==================================================================

vex = e22b19-0-b1.vex.obs

dataBufferFactor = 24
visBufferLength = 40
startSeries = 1000
exhaustiveAutocorrs = True
minSubarray = 1
singleScan = True
singleSetup = True
# maxReadSize = 67108864

#==================================================================
# ANTENNA DATA
#==================================================================

ANTENNA Aa {
  datastreams = Aa_ds12,Aa_ds34
}

ANTENNA Ax {
  datastreams = Ax_ds12,Ax_ds34
  loOffsets = +15.022,+15.022
}

ANTENNA Gl {
  datastreams = Glt_ds12,Glt_ds34
}

ANTENNA Kt {
  datastreams = Kt_ds12,Kt_ds34
}

ANTENNA Lm {
  datastreams = Lmt_ds12,Lmt_ds34
}

ANTENNA Mg { # SMT
  datastreams = Smt_ds12,Smt_ds34
}

ANTENNA Mm { # JCMT
  datastreams = Jcmt_ds12,Jcmt_ds34
}

ANTENNA Nn {
  datastreams = Nn_rec1slot1,Nn_rec1slot2,Nn_rec1slot3,Nn_rec1slot4
}

ANTENNA Pv {
  datastreams = Pv_ds12,Pv_ds34
}

ANTENNA Sw { # SMA APHIDS
  datastreams = SmaAphids_ds12,SmaAphids_ds34
  deltaClock = 0 # SMA extra offsets
}

ANTENNA Sz { # SPT
  datastreams = Spt_ds12,Spt_ds34
}

DATASTREAM Aa_ds12        { source=fake }
DATASTREAM Aa_ds34        { source=fake }
DATASTREAM Ax_ds12        { source=fake }
DATASTREAM Ax_ds34        { source=fake }
DATASTREAM Glt_ds12       { source=fake }
DATASTREAM Glt_ds34       { source=fake }
DATASTREAM Jcmt_ds12      { source=fake }
DATASTREAM Jcmt_ds34      { source=fake }
DATASTREAM Kt_ds12        { source=fake }
DATASTREAM Kt_ds34        { source=fake }
DATASTREAM Lmt_ds12       { source=fake }
DATASTREAM Lmt_ds34       { source=fake }
DATASTREAM Spt_ds12       { source=fake }
DATASTREAM Spt_ds34       { source=fake }
DATASTREAM Pv_ds12        { source=fake }
DATASTREAM Pv_ds34        { source=fake }
DATASTREAM SmaAphids_ds12 { source=fake }
DATASTREAM SmaAphids_ds34 { source=fake }
DATASTREAM Smt_ds12       { source=fake }
DATASTREAM Smt_ds34       { source=fake }
DATASTREAM Nn_rec1slot1 {
  format = INTERLACEDVDIF/0:1:2:3/8224/2
  source = fake
}
DATASTREAM Nn_rec1slot2 {
  format = INTERLACEDVDIF/0:1:2:3/8224/2
  source = fake
}
DATASTREAM Nn_rec1slot3 {
  format = INTERLACEDVDIF/0:1:2:3/8224/2
  source = fake
}
DATASTREAM Nn_rec1slot4 {
  format = INTERLACEDVDIF/0:1:2:3/8224/2
  source = fake
}

#==================================================================
# CORRELATION CONFIG
#==================================================================

SETUP outputbandSetup {
  numBufferedFFTs = 20
  tInt = 0.400
  subintNS =  3200000
  FFTSpecRes = 0.015625
  outputSpecRes = 0.5
  xmacLength = 0
  strideLength = 0
  guardNS = 2000

  # outputSpecRes = 0.0625 # fringe search, ~1000 ch over 58 MHz
  # outputSpecRes = 0.0156250 # fringe search, ~4000 ch over 58 MHz

  addOutputBand = freq@213979.203125/bw@58.0
  addOutputBand = freq@213920.609375/bw@58.0
  addOutputBand = freq@213862.015625/bw@58.0
  addOutputBand = freq@213803.421875/bw@58.0
  addOutputBand = freq@213744.828125/bw@58.0
  addOutputBand = freq@213686.234375/bw@58.0
  addOutputBand = freq@213627.640625/bw@58.0
  addOutputBand = freq@213569.046875/bw@58.0
  addOutputBand = freq@213510.453125/bw@58.0
  addOutputBand = freq@213451.859375/bw@58.0
  addOutputBand = freq@213393.265625/bw@58.0
  addOutputBand = freq@213334.671875/bw@58.0
  addOutputBand = freq@213276.078125/bw@58.0
  addOutputBand = freq@213217.484375/bw@58.0
  addOutputBand = freq@213158.890625/bw@58.0
  addOutputBand = freq@213100.296875/bw@58.0
  addOutputBand = freq@213041.703125/bw@58.0
  addOutputBand = freq@212983.109375/bw@58.0
  addOutputBand = freq@212924.515625/bw@58.0
  addOutputBand = freq@212865.921875/bw@58.0
  addOutputBand = freq@212807.328125/bw@58.0
  addOutputBand = freq@212748.734375/bw@58.0
  addOutputBand = freq@212690.140625/bw@58.0
  addOutputBand = freq@212631.546875/bw@58.0
  addOutputBand = freq@212572.953125/bw@58.0
  addOutputBand = freq@212514.359375/bw@58.0
  addOutputBand = freq@212455.765625/bw@58.0
  addOutputBand = freq@212397.171875/bw@58.0
  addOutputBand = freq@212338.578125/bw@58.0
  addOutputBand = freq@212279.984375/bw@58.0
  addOutputBand = freq@212221.390625/bw@58.0
  addOutputBand = freq@212162.796875/bw@58.0
}

RULE defaultRule {
  setup = outputbandSetup
  scan = 078-0327  # 078-0327 NGC4278      1mmlcp         AA  AX  KT  LM  NN  PV  --  GL  MG
  scan = 078-0433  # 078-0433 3C279        1mmlcp         AA  AX  KT  LM  NN  PV  SZ  GL  MG
  scan = 078-0724  # 078-0724 NGC4594      1mmlcp         AA  AX  KT  LM  --  --  SZ  --  MG  MM  SW
  scan = 078-0730  # 078-0730 NGC4594      1mmlcp         AA  AX  KT  LM  --  --  SZ  --  MG  MM  SW
}