#  Pulsar Search with BCPM
#

Configure("""
receiver  = 'Rcvr_800'
# receiver  = 'Rcvr1_2'
# receiver  = 'Rcvr2_3'
obstype   = 'Pulsar'
backend   = 'BCPM'
nwin      = 1
# restfreq  = 1400
restfreq  = 790 
deltafreq = 0
bandwidth = 80 
swmode    = "tp"
swper     = 0.04
swfreq    = 0.0, 0.0
tint      = 30 
vlow      = 0
vhigh     = 0
vframe    = "topo"
vdef      = "Radio"
noisecal  =  "lo"
pol       = "Circular"

bcpm.ch_bw = 1.0
bcpm.submanager = 'bcpm2'
bcpm.sample_time = 'X2'
bcpm.sum_pol = 'Yes'
bcpm.source_name = 'test'
bcpm.hardware = 'bcpm1'
""")

#  Pulsar timing with Spectral Procesor and BCPM
#

Configure("""
receiver  = 'Rcvr1_2'
obstype   = 'Pulsar'
backend   = 'BCPM'
nwin      = 2
restfreq  = 1400, 1390
deltafreq = 0, 0
bandwidth = 80.0
swmode    = "tp"
swper     = 0.04
swfreq    = 0.0, 0.0
tint      = 30 
vlow      = 0
vhigh     = 0
vframe    = "topo"
vdef      = "Radio"
noisecal  =  "off"
pol       = "Circular"

backend   = 'BCPM'
bandwidth = 80
bcpm.ch_bw = 1.0
bcpm.submanager = 'bcpm2'
bcpm.sample_time = 'X2'
bcpm.sum_pol = 'Yes'
bcpm.source_name = 'test'
bcpm.hardware = 'bcpm1'


# Alternates:
# receiver='Rcvr_800'; restfreq=800,790
# receiver='Rcvr2_3'; restfreq=2200,2190


# Spect.Proc setup here - run following BCPM setup:
# do this 2nd so that SP will end up as the switching signal master!!

backend   = 'SpectralProcessor'
bandwidth = 20

nchan  =  512
sp.mode = "SqrCross"

# will need to add BCPM back into the scan coordinator
""")