[analysis] ifos = ['H1','L1','V1'] accounting_group = ligo.prod.o2.cbc.pe.lalinference engine = lalinferencemcmc nparallel = 10 coherence-test = True upload-to-gracedb = False add-lvem-tag = False [paths] webdir = /home/spxmdh2/public_html/LVC/O2/PE/G298048/GW170817_C00_IMRPhenomD_NRTidal/LowSpin/RUNDIR/lalinferencemcmc/IMRPhenomD_NRTidal baseurl = https://geo2.arcca.cf.ac.uk/~spxmdh2/LVC/O2/PE/G298048/GW170817_C00_IMRPhenomD_NRTidal/LowSpin/RUNDIR/lalinferencemcmc/IMRPhenomD_NRTidal basedir = /home/spxmdh2/O2/PE/GW170817/IMRPhenomD_NRTidal_Production/LowSpin/lalinferencemcmc/IMRPhenomD_NRTidal daglogdir = /scratch/spxmdh2/GW170717 [input] max-psd-length = 1377 padding = 16 events = all analyse-all-time = False timeslides = false ignore-science-segments = True ignore-gracedb-psd = True threshold-snr = 3 gps-start-time = 1187006834 gps-end-time = 1187008885 gps-time-file = /home/spxmdh2/O2/PE/GW170817/G298048_time.txt [condor] datafind = /home/cbc/pe/local/bin/gw_data_find mergescript = /home/cbc/pe/local/bin/lalapps_nest2pos resultspage = /home/cbc/pe/local/bin/cbcBayesPostProc.py segfind = /home/cbc/pe/local/bin/ligolw_segment_query ligolw_print = /home/cbc/pe/local/bin/ligolw_print coherencetest = /home/cbc/pe/local/bin/lalapps_coherence_test lalinferencenest = /home/cbc/pe/local/bin/lalinference_nest lalinferencemcmc = /home/cbc/pe/local/bin/lalinference_mcmc lalinferencebambi = /home/cbc/pe/local/bin/lalinference_bambi lalinferencedatadump = /home/cbc/pe/local/bin/lalinference_datadump skyarea = /home/cbc/pe/local/bin/run_sky_area mpirun = /software/compilers/intel/13.0/impi/4.1.0.024/bin64/mpirun mpiwrapper = /home/cbc/pe/local/bin/lalinference_mpi_wrapper gracedb = /home/cbc/pe/local/bin/gracedb ppanalysis = /home/cbc/pe/local/bin/cbcBayesPPAnalysis.py pos_to_sim_inspiral = /home/cbc/pe/local/bin/cbcBayesPosToSimInspiral.py [datafind] url-type = file types = {'H1':'H1_HOFT_C00_T1700401_v2','L1':'L1_HOFT_C00_T1700401_v3','V1':'V1O2Repro1A'} #BW deglitch v2 with additional cleaning -> Use for BW runs [data] channels = {'H1':'H1:GDS-CALIB_STRAIN_T1700401_v2','L1':'L1:GDS-CALIB_STRAIN_T1700401_v3','V1':'V1:Hrec_hoft_V1O2Repro1A_16384Hz'}#BW deglitched v2 w L1 cleaning -> Use for BW runs [lalinference] flow = {'H1':23,'L1':23,'V1':23} [engine] nlive = 2048 enable-spline-calibration = spcal-nodes = 10 H1-spcal-envelope = /home/spxfp1/O2/PE/GW170817/11928_20170817152521_Aug-17-2017_O2_LHO_GPSTime_1187008882_RelativeResponseUncertainty_FinalResults.txt L1-spcal-envelope = /home/spxfp1/O2/PE/GW170817/11928_20170817152640_Aug-17-2017_O2_LLO_GPSTime_1187008882_RelativeResponseUncertainty_FinalResults.txt V1-spcal-envelope = /home/spxfp1/O2/PE/GW170817/V_calibrationUncertaintyEnvelope_magnitude8percent_phase20mraddeg20microsecond.txt H1-asd = /home/spxfp1/O2/PE/GW170817/BayesWave_PSD_H1_IFO0_asd_median.dat L1-asd = /home/spxfp1/O2/PE/GW170817/BayesWave_PSD_L1_IFO0_asd_median.dat V1-asd = /home/spxfp1/O2/PE/GW170817/BayesWave_PSD_V1_IFO0_asd_median.dat resume = approx = IMRPhenomD_NRTidal a_spin1-max = 0.05 a_spin2-max = 0.05 a_spin1-min = -0.05 a_spin2-min = -0.05 distance-max = 75 amporder = 0 maxmcmc = 10000 tolerance = 0.1 neff = 1000 adapt-temps = srate = 4096 seglen = 128 chirpmass-min = 1.1838325 chirpmass-max = 2.16847416667 q-min = 0.125 comp-min = 0.5 comp-max = 7.73105475907 alignedspin-zprior = tidal = lambda1-min = 0.0 lambda1-max = 5000.0 lambda2-min = 0.0 lambda2-max = 5000.0 margphi = progress = tol = 1.0 ntemps = 8 [mpi] mpi_task_count = 8 machine-count = 8 machine-memory = 4000 [resultspage] skyres = 0.5 deltaLogP = 6.5 email = mark.hannam@ligo.org [segfind] segment-url = https://segments.ligo.org [segments] h1-analyze = H1:DMT-ANALYSIS_READY:1 # C00 frames l1-analyze = L1:DMT-ANALYSIS_READY:1 # C00 frames v1-analyze = V1:ITF_SCIENCEMODE:7 [ppanalysis] webdir = /home/spxmdh2/public_html/LVC/lalinference/review/PPcheck/ [bayeswave] BayesWave_Niter = 100000 BayesWave_Nchain = 10 BayesWave_Nbayesline = 20000 [skyarea] maxpts = 2500