##
## rift.ini : prototype embedded in rift source tree, configured via asimov
##

[analysis]
ifos=['H1', 'L1']
engine=
nparallel=4
upload-to-gracedb=False
singularity=True
osg=True


[paths]
webdir=/home/pe.o4/public_html/gwtc-6/production/S250904cv/rift-SEOBNRv5PHM


[input]
max-psd-length=10000
padding=16
minimum_realizations_number=8
events=all
analyse-all-time=False
timeslides=False
ignore-gracedb-psd=True
threshold-snr=3
gps-time-file =
ignore-state-vector = True

[condor]
lalsuite-install=/home/pe.o4/.conda/envs/O4c-Production-PE-260618-rift-update
ligolw_print=%(lalsuite-install)s/bin/ligolw_print
coherencetest=%(lalsuite-install)s/bin/lalinference_coherence_test
ligo-skymap-from-samples=%(lalsuite-install)s/bin/ligo-skymap-from-samples
ligo-skymap-plot=%(lalsuite-install)s/bin/ligo-skymap-plot
processareas=%(lalsuite-install)s/bin/process_areas
computeroqweights=%(lalsuite-install)s/bin/lalinference_compute_roq_weights
mpiwrapper=%(lalsuite-install)s/bin/lalinference_mpi_wrapper
gracedb=%(lalsuite-install)s/bin/gracedb
ppanalysis=%(lalsuite-install)s/bin/cbcBayesPPAnalysis
pos_to_sim_inspiral=%(lalsuite-install)s/bin/cbcBayesPosToSimInspiral

mpirun = %(lalsuite-install)s/bin/mpirun

accounting_group=ligo.prod.o4.cbc.pe.rift
accounting_group_user=abhishek.sharma

[datafind]
url-type=file
types = { "H1":"H1_HOFT_C00_AR","L1":"L1_HOFT_C00_AR", }

[data]
channels = { "H1":"H1:GDS-CALIB_STRAIN_CLEAN_AR","L1":"L1:GDS-CALIB_STRAIN_CLEAN_AR", }

[lalinference]
flow = { "H1":20,"L1":20, }
fhigh = { "H1":1792,"L1":1792, }

[engine]


fref=20.0


fmin-template=13.33

# note *no* quote here
approx = SEOBNRv5PHM
amporder = 

seglen = 8
srate =  4096
enable-spline-calibration =
spcal-nodes = 10

H1-spcal-envelope="/home/pe.o4/GWTC6/project/working/S250904cv/get-calibration-ligo-L1/calibration/H1.txt"
L1-spcal-envelope="/home/pe.o4/GWTC6/project/working/S250904cv/get-calibration-ligo-L1/calibration/L1.txt"
H1-psd="/home/pe.o4/GWTC6/project/checkouts/S250904cv/C01_offline/psds/4096/H1-psd.xml.gz"
L1-psd="/home/pe.o4/GWTC6/project/checkouts/S250904cv/C01_offline/psds/4096/L1-psd.xml.gz"

#
# Priors
#

# Spin
a_spin1-max = 0.99
a_spin2-max = 0.99
# Chirp mass
chirpmass-min = 21.221236802492953
chirpmass-max = 28.59977164862244
# Mass ratio
q-min = 0.05
q-max = 1.0

# Component masses
comp-min = 1
comp-max = 1000

# Luminosity distance
distance-max = 10000.0


[skyarea]
maxpts=2000

[resultspage]
skyres=0.5
deltaLogP = 7.5

[ligo-skymap-from-samples]
enable-multiresolution=

[ligo-skymap-plot]
annotate=
contour= 50 90

[rift-pseudo-pipe]
# Pipeline settings
internal-n-iterations-subdag-max=50




calibration-reweighting=True
#  

bilby-ini-file="/home/pe.o4/GWTC6/project/checkouts/S250904cv/C01_offline/bilby-IMRPhenomXPNR.ini"

calibration-reweighting-batchsize=200




#
# CIP Settings
#
cip-fit-method="rf"
cip-sampler-method='AV'
cip-explode-jobs= 3
cip-explode-jobs-auto=True
#
# Internal settings
#

internal-use-aligned-phase-coordinates=True  

internal-correlate-default=True

internal-use-rescaled-transverse-spin-coordinates=False
internal-cip-use-lnL=True
  

#
# Assume settings
#


#
# Marginalisations
#
internal-marginalize-distance=False

internal-distance-max=10000.0
#internal-distance-max=10000
#
# ILE Settings
#
ile-n-eff= 10
ile-copies = 1
ile-sampler-method='AV'
internal-ile-freezeadapt=False
#
# Add extra arguments.  Note we provide EITHER OR choices
manual-extra-ile-args=--internal-waveform-extra-kwargs "{'antisymmetric_modes_hm': True, 'enable_antisymmetric_modes': True, 'lmax_nyquist': 1}" 
#
internal-ile-data-tukey-window-time=1.0
#
# Waveform arguments
# 
#   approx is repeated, because argument parsing changes what is done by default based on *arguments*
#    Note it is quoted this time, because we use an 'eval' on every argument in this subsection
approx = "SEOBNRv5PHM"
l-max=4

#
# Priors
#
# * distance prior if this argument is *not* set is dL^2

ile-distance-prior='cosmo_sourceframe'



# maximum runtime for ILE jobs. May need to be longer
ile-runtime-max-minutes= 700
# Number of likelihood evaluations for each instance. Make this larger if your likelihoods are very fast, smaller if you need low latency
ile-jobs-per-worker= 100


#
# OSG settings
#
use_osg= True
use_osg_file_transfer= True 
use_osg_cip= True  
internal-truncate-files-for-osg-file-transfer= True


# authentication/scitokens setup - now required, X509 deprecated
internal-use-oauth-files = 'scitokens'



internal-propose-converge-last-stage=True
add-extrinsic=True
batch-extrinsic=True
# * final stage provides time (and distance, if marginalized)
add-extrinsic-time-resampling=True

# Other options needed for this specific analysis
#  force-eta-range : the usual doesn't awlays work; this uses 20:1 prior range, should be set consistently to above
# force-eta-range="[0.0453514739,0.24999999999]"

force-chi-max = 0.99
force-chi-small-max = 0.99
force-mc-range ="[21.221236802492953, 28.59977164862244]"
event_time = 1441029010.531738 
fmin-template=13.33
# fmax: see bilby setup .  Note we only have ONE such
fmax = 1792
# force-hint-snr : if the asimov prototype has snr information, provide it here - NOT FOUND
#  number of samples produced EACH ITERATION, used to test for convergence for example, low resolution ok. Note this is the CIP output, NOT what is processed by ILE
n-output-samples=  5000 

#  number of samples produced AT END
n-output-samples-last=   100000 

# File transfer settings (needed for some waveform)
#   Same syntax as in bilby, to minimize user stress

# additional ILE disk space, as needed for (a) additional files to transfer (waveforms), or (b) large frame files
# quote the request-disk, so I can safely use '1G' in the file

internal-ile-request-disk= "4G"


internal-cip-request-disk= "4G"