[0KRunning with gitlab-runner 15.10.1 (dcfb4b66)[0;m
[0K on node2115 CQmfDwxg, system ID: s_1984504dd5b6[0;m
section_start:1683298358:resolve_secrets
[0K[0K[36;1mResolving secrets[0;m[0;m
section_end:1683298358:resolve_secrets
[0Ksection_start:1683298358:prepare_executor
[0K[0K[36;1mPreparing the "docker" executor[0;m[0;m
[0KUsing Docker executor with image containers.ligo.org/lscsoft/bayeswave/conda-env:latest ...[0;m
[0;33mWARNING: Container based cache volumes creation is disabled. Will not create volume for "/cache"[0;m
[0KAuthenticating with credentials from job payload (GitLab Registry)[0;m
[0KPulling docker image containers.ligo.org/lscsoft/bayeswave/conda-env:latest ...[0;m
[0KUsing docker image sha256:9de9d90b3c05c40cb275d531b9810af8a1835aadf00811842b78d8f1963772be for containers.ligo.org/lscsoft/bayeswave/conda-env:latest with digest containers.ligo.org/lscsoft/bayeswave/conda-env@sha256:7960280bb5829d0bda6e8e5e8730e31f3dc7d6c6403bd2fe35b8aa1ee7178bda ...[0;m
section_end:1683298359:prepare_executor
[0Ksection_start:1683298359:prepare_script
[0K[0K[36;1mPreparing environment[0;m[0;m
Running on runner-cqmfdwxg-project-2107-concurrent-0 via node2115...
section_end:1683298360:prepare_script
[0Ksection_start:1683298360:get_sources
[0K[0K[36;1mGetting source from Git repository[0;m[0;m
[32;1mFetching changes...[0;m
Initialized empty Git repository in /builds/tyson-littenberg/bayeswave/.git/
[32;1mCreated fresh repository.[0;m
[32;1mChecking out 0239e43d as detached HEAD (ref is o4-dev)...[0;m
[32;1mSkipping Git submodules setup[0;m
section_end:1683298370:get_sources
[0Ksection_start:1683298370:download_artifacts
[0K[0K[36;1mDownloading artifacts[0;m[0;m
[32;1mDownloading artifacts for bayeswave (2706379)...[0;m
Downloading artifacts from coordinator... ok [0;m host[0;m=git.ligo.org id[0;m=2706379 responseStatus[0;m=200 OK token[0;m=64_ro7yH
[32;1mDownloading artifacts for env-script (2706381)...[0;m
Downloading artifacts from coordinator... ok [0;m host[0;m=git.ligo.org id[0;m=2706381 responseStatus[0;m=200 OK token[0;m=64_ro7yH
section_end:1683298371:download_artifacts
[0Ksection_start:1683298371:step_script
[0K[0K[36;1mExecuting "step_script" stage of the job script[0;m[0;m
[0KUsing docker image sha256:9de9d90b3c05c40cb275d531b9810af8a1835aadf00811842b78d8f1963772be for containers.ligo.org/lscsoft/bayeswave/conda-env:latest with digest containers.ligo.org/lscsoft/bayeswave/conda-env@sha256:7960280bb5829d0bda6e8e5e8730e31f3dc7d6c6403bd2fe35b8aa1ee7178bda ...[0;m
[32;1m$ source $BUILD_DIR/bayeswave-user-env.sh[0;m
[32;1m$ cat $BUILD_DIR/bayeswave-user-env.sh[0;m
#!/bin/bash -xe
# ----------------------------------------- #
# BAYESWAVE #
# ----------------------------------------- #
# source this file to access bayeswave
export BAYESWAVE_PREFIX=test-install
# Identify python version
pymajor=$(python -c 'import sys; print(sys.version_info[0])')
pyminor=$(python -c 'import sys; print(sys.version_info[1])')
# BayesWave
# TODO we should deprecate this and enforce that everyone installing from source
# installs in an actual environment when they do so, then we will never need to update paths like this
export PATH=${BAYESWAVE_PREFIX}/bin:${PATH}
export LD_LIBRARY_PATH=${BAYESWAVE_PREFIX}/lib:${LD_LIBRARY_PATH}
export LD_LIBRARY_PATH=${BAYESWAVE_PREFIX}/lib64:${LD_LIBRARY_PATH}
export DYLD_LIBRARY_PATH=${BAYESWAVE_PREFIX}/lib:${DYLD_LIBRARY_PATH}
export DYLD_LIBRARY_PATH=${BAYESWAVE_PREFIX}/lib64:${DYLD_LIBRARY_PATH}
export PYTHONPATH=${BAYESWAVE_PREFIX}/lib/python${pymajor}.${pyminor}/site-packages:${PYTHONPATH}
[32;1m$ ls -R $BUILD_DIR[0;m
test-install:
bayeswave-user-env.sh
bin
include
lib64
test-install/bin:
BayesWave
BayesWaveCleanFrame
BayesWaveFpeak
BayesWavePost
BayesWaveToLALPSD
GlitchBusterSpec
GlitchBusterStart
test-install/include:
BayesCBC.h
BayesLine.h
BayesWave.h
BayesWaveEvidence.h
BayesWaveIO.h
BayesWaveLikelihood.h
BayesWaveMCMC.h
BayesWaveMath.h
BayesWaveModel.h
BayesWavePrior.h
BayesWaveProposal.h
BayesWaveWavelet.h
GlitchBuster.h
GlitchBusterConstants.h
IMRPhenomD.h
IMRPhenomD_internals.h
version.h
test-install/lib64:
libbayeswave.so
libbayeswave.so.1
libbayeswave.so.1.0.3
pkgconfig
test-install/lib64/pkgconfig:
bayeswave.pc
[32;1m$ BayesWave --help[0;m
Begin: Current local time and date: Fri May 5 14:52:52 2023
========= BayesWave Version: ========
Git remote origin: https://gitlab-ci-token:64_wNpWKsABT-PDywYhvCNn@git.ligo.org/tyson-littenberg/bayeswave.git
Git version: 0239e43
Git commit: 0239e43dcf0cfba3925913c6ba9eeafe4128e8a2
Git commit author: tyson.littenberg@ligo.org
Git commit date: Fri Apr 21 22:35:07 2023 -0500
Command line: --help
========== BayesWave USAGE: =========
REQUIRED:
--ifo IFO interferometer (H1,L1,V1)
--IFO-flow minimum frequency (Hz)
--IFO-cache full path to cache file
--IFO-channel channel name (IFO:LSC-STRAIN)
--trigtime GPS trigger time
--srate sampling rate (Hz)
--seglen duration of data (s)
--psdstart GPS start time for PSD estimation
--psdlength duration of PSD estimation length
--dataseed Required if using simulated noise e.g. --H1-cache LALAdLIGO
OPTIONAL:
----------------------------------------------------------------------------------
--- Run parameters -------------------------------------------------------------
----------------------------------------------------------------------------------
--segment-start GPS start time of segment (trigtime + 2 - seglen)
--CBC-trigtime window for CBC is set around this time, any other window unchanged
--glitchBuster Preform deterministic glitch subtraction as initial point in glitch model
--Niter number of iterations (4000000)
--Nchain number of parallel chains (20)
--Nthreads number of OpenMP threads (1)
--Ncycle number of model updates per RJMCMC iteration (100)
--Nburnin number of burn-in iterations (50000)
--maxLogL use maximized likelihood during burnin
--chainseed random number seed for Markov chain (1234)
--runName run name for output files
--outputDir absolute path of where the output should be written
--waveletStart path to files containing wavelet starting parameters
--0noise no noise realization
--prior sample from prior using logL = constant test
--gnuplot output files for gnuplot animations
--verbose output hot chains
--window duration of time window for model characterization runs
--CBCwindow window for CBC is set around trigtime (or CBC-trigtime if given) with this length
--Niter-search number of iterations used in CBC search phase (5000)
--checkpoint enable self-checkpointing
--version print BayesWave version and exit
--help print BayesWave options and exit
----------------------------------------------------------------------------------
--- Model parameters -----------------------------------------------------------
----------------------------------------------------------------------------------
--fullOnly require signal && glitch model
--noClean skip cleaning phase and go right to reduced window
--noSignal skip signal phase and quit after glitch model
--noGlitch skip glitch phase
--cleanOnly run bayesline & glitch cleaning phase only
--noiseOnly use noise model only (no signal or glitches or cbc)
--signalOnly use signal model only (no glitches or cbc)
--glitchOnly use glitch model only (no signal or cbc)
--cbcOnly use full CBC model only (incl. extrinsic parameters, no signal or glitches)
--GlitchCBC use full CBC model and glitch model (incl. extrinsic parameters, no signal)
--noPSDfit keep PSD parameters fixed
--bayesLine use BayesLine for PSD model
--stochastic use stochastic background model
--bayesCBC-tidal specify BayesCBC waveform used: NRTidal_V or NoNRT_V (default)) (
--bayesCBC-skip-ext skip BayesCBC extrinsic burnin (
----------------------------------------------------------------------------------
--- Priors & Proposals -----------------------------------------------------------
----------------------------------------------------------------------------------
--Dmin minimum number of wavelets total (1)
--Dmax maximum number of wavelets per channel (100)
--fixD fix # of wavelets for signal/IFO. Overrides --Dmin,--Dmax
--Qmin minimum quality factor for wavelets (0.1)
--Qmax maximum quality factor for wavelets (40)
--waveletFmin minimum frequency for wavelets
--waveletFmax maximum frequency for wavelets
--noWaveletPrior revert to uniform p(D)
--clusterPrior use metric-based clustering prior (BROKEN)
--clusterPath full path to cluster prior normalization files
--clusterAlpha distance between wavelets to be considered a cluster (2)
--clusterBeta cluster prior exp(-beta K) (4)
--clusterGamma occam penalty exp(gamma*J) (0)
--updateGeocenterPSD geocenter PSD depends on extrinsic parameters
--waveletPrior use empirical distribution on number of wavelets (O1)
--backgroundPrior name of 2-column bkg frequency distribution file
--noOrientationProposal disable MCMC proposal for psi/ecc
--uniformAmplitudePrior don't use SNR-dependent amplitude prior
--noSignalAmplitudePrior use same SNR-dependent prior for signal & glitch model
--noAmplitudeProposal don't draw from SNR-dependent amplitude prior
--varyExtrinsicAmplitude update wavelet amplitudes in extrinsic update (FIXED?)
--additiveSn Additive Model for PSD
--noAkima do not use akima model for PSD instead use cubic
--noPolarization do not assume elliptical polarization for signal model
--noClusterProposal disable clustering & TF density proposal
--clusterWeight fractional weight for TF to proximity proposal (0.5)
--ampPriorPeak SNR where amplitude prior peaks (5)
--signalPriorPeak SNR where signal amplitude prior peaks (5)
--dimensionDecayRate e-folding time for number of wavelets (1000)
--fixIntrinsicParams hold intrinsic parameters fixed
--fixExtrinsicParams hold extrinsic parameters fixed
--loudGlitchPrior set floor of PSD prior to .01*Sn(f=200Hz)
--fixSky hold sky locaiton fixed
--fixRA right ascension in radians of fixed sky location
--fixDEC declination in radians of fixed sky location
--TFQ-resize increases nQ/nf spacing for high srate/Qmax in TFQ proposal
--TFQ-nf-spacing set custom nf spacing value for TFQ proposal
--TFQ-nQ-spacing set custom nQ spacing value for TFQ proposal
----------------------------------------------------------------------------------
--- Parallel Tempering parameters ----------------------------------------------
----------------------------------------------------------------------------------
--tempMin minimum temperature chain (1)
--noAdaptTemperature disable adjust PT ladder to maintain acc. rate across chains
--tempSpacing set temperature spacing for geometric ladder (1.2)
--noSplineEvidence disable spline thermodynamic integration
----------------------------------------------------------------------------------
--- LALInference injection options ---------------------------------------------
----------------------------------------------------------------------------------
--inj injfile.xml Injection XML file to use
--event N Event number from Injection XML file to use
----------------------------------------------------------------------------------
--- Burst MDC injection options -------------------------------------------------
----------------------------------------------------------------------------------
--MDC-channel IFO1-chan, IFO2-chan, etc
--MDC-cache IFO1-mdcframe, IFO2-mdcframe, etc
--MDC-prefactor Rescale injection amplitude (1.0)
----------------------------------------------------------------------------------
--- BayesWave internal injection options ----------------------------------------
----------------------------------------------------------------------------------
--BW-inject (signal/glitch)
--BW-injName runName that produced the chain file
--BW-path Path to BW chain file for injection (./chains)
--BW-event Which sample from BayesWave chain (200000)
EXAMPLE:
BayesWave --ifo H1 --H1-flow 32 --H1-cache LALSimAdLIGO --H1-channel LALSimAdLIGO --trigtime 900000000.00 --srate 512 --seglen 4 --PSDstart 900000000 --PSDlength 1024 --NCmin 2 --NCmax 2 --dataseed 1234
[32;1m$ BayesWave --ifo H1 --H1-flow 32 --H1-cache LALSimAdLIGO --H1-channel LALSimAdLIGO --trigtime 900000000.00 --srate 512 --seglen 4 --PSDstart 900000000 --PSDlength 1024 --NCmin 2 --NCmax 2 --dataseed 1234 --Niter 500 --outputDir $TEST_OUTPUT[0;m
Begin: Current local time and date: Fri May 5 14:52:52 2023
========= BayesWave Version: ========
Git remote origin: https://gitlab-ci-token:64_wNpWKsABT-PDywYhvCNn@git.ligo.org/tyson-littenberg/bayeswave.git
Git version: 0239e43
Git commit: 0239e43dcf0cfba3925913c6ba9eeafe4128e8a2
Git commit author: tyson.littenberg@ligo.org
Git commit date: Fri Apr 21 22:35:07 2023 -0500
Command line: --ifo H1 --H1-flow 32 --H1-cache LALSimAdLIGO --H1-channel LALSimAdLIGO --trigtime 900000000.00 --srate 512 --seglen 4 --PSDstart 900000000 --PSDlength 1024 --NCmin 2 --NCmax 2 --dataseed 1234 --Niter 500 --outputDir test-output
======= LALInferenceReadData() ======
Set trigtime to 900000000.0000000000
============= Channels ==============
Detector H1: channel SimAdLIGO
************************ WARNING ************************
Too few iterations for spline integration (500)
Reverting to trapezoid integration
Request --Niter > 1000000 for spline integration
*********************************************************
Outputting all data to: test-output/
imin, imax, fmin, fmax: 128, 1024, 32.000000, 256.000000
Skipping overlap reduction function, NI=1
characterizing PSD+glitch model...
============ Run Settings ===========
number of detectors 1
trigger time (s) 900000000.00
duration of data (s) 4
duration of window (s) 1.0
sampling rate (Hz) 512
number of samples 2048
number of iterations 500
number of burn-in iterations 50000
max N wavelets 100
max Q for wavelets 40
number of chains 20
coldest chain temperature 1
initial temperature spacing 1.2
number of independent steps 100
number of independent steps (wavelets) 100
============= Run Flags =============
self checkpointing is .... DISABLED
maximized logL is ........ DISABLED
BayesLine PSD model is ... DISABLED
Stochastic model is ...... DISABLED
cleaning phase is ........ ENABLED
glitch model is .......... REQUIRED
signal model is .......... DISABLED
cbc model is ............. DISABLED
noise model is ........... ENABLED
wavelet prior is ......... ENABLED
clustering prior is ...... DISABLED
glitch amp prior is ...... SNR*=5
signal amp prior is ...... SNR*=5
ext. amp. update is ...... DISABLED
Sn Model is .............. MULTIPLICATIVE
Sn Spline is ............. AKIMA
polarization constraint is ENABLED
background prior is ...... DISABLED
density proposal is ...... SNR^2/2
orientation proposal is .. ENABLED
amplitude proposal is .... ENABLED
thermo. integration ...... TRAPEZOID
logL=const test is ....... DISABLED
PTMCMC adaptation is ..... DISABLED
gnuplot output is ........ DISABLED
chirplet option is ....... DISABLED
min f for wavelets is .... 32Hz
max f for wavelets is .... 256Hz
Current local time and date: Fri May 5 14:52:52 2023
starting sampler with model size 1
, nt = 400
RJMCMC: 0/500 (1,0)
logL=-7090.278235 hSNR=0 g0SNR=111
DIM: DGW=0 D0=1 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 100/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=2.2e-02 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=5.0e-01 facc=5.0e-01 pacc=0.0e+00
RJMCMC: 200/500 (1,0)
logL=-913.531848 hSNR=0 g0SNR=3
DIM: DGW=0 D0=1 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=1.0e-02 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=5.0e-01 facc=5.0e-01 pacc=0.0e+00
RJMCMC: 300/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=2.7e-02 cacc=2.5e-02 dacc=0.0e+00 uacc=0.0e+00
INT: macc=4.7e-01 facc=5.0e-01 pacc=7.5e-01
RJMCMC: 400/500 (1,0)
logL=-916.876570 hSNR=0 g0SNR=2
DIM: DGW=0 D0=1 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=4.1e-02 cacc=2.1e-02 dacc=2.9e-02 uacc=6.2e-02
INT: macc=5.0e-01 facc=6.3e-01 pacc=5.0e-01
RJMCMC took 4.300000e-01 seconds
Current local time and date: Fri May 5 14:52:53 2023
MCMC for 500 iterations took 4.300000e-01 s
Trapezoid Rule logZ = 91919.9 +/- 0.0960287
Removing excess power outside of t=[1.5,2.5]
Residual SNR in H1 = 0
Residual SNR = 0
characterizing signal model...
============ Run Settings ===========
number of detectors 1
trigger time (s) 900000000.00
duration of data (s) 4
duration of window (s) 1.0
sampling rate (Hz) 512
number of samples 2048
number of iterations 500
number of burn-in iterations 50000
max N wavelets 100
max Q for wavelets 40
number of chains 20
coldest chain temperature 1
initial temperature spacing 1.2
number of independent steps 100
number of independent steps (wavelets) 100
============= Run Flags =============
self checkpointing is .... DISABLED
maximized logL is ........ DISABLED
BayesLine PSD model is ... DISABLED
Stochastic model is ...... DISABLED
cleaning phase is ........ DISABLED
glitch model is .......... DISABLED
signal model is .......... ENABLED
cbc model is ............. DISABLED
noise model is ........... ENABLED
wavelet prior is ......... ENABLED
clustering prior is ...... DISABLED
glitch amp prior is ...... SNR*=5
signal amp prior is ...... SNR*=5
ext. amp. update is ...... DISABLED
Sn Model is .............. MULTIPLICATIVE
Sn Spline is ............. AKIMA
polarization constraint is ENABLED
background prior is ...... DISABLED
density proposal is ...... SNR^2/2
orientation proposal is .. ENABLED
amplitude proposal is .... ENABLED
thermo. integration ...... TRAPEZOID
logL=const test is ....... DISABLED
PTMCMC adaptation is ..... ENABLED
gnuplot output is ........ DISABLED
chirplet option is ....... DISABLED
min f for wavelets is .... 32Hz
max f for wavelets is .... 256Hz
Current local time and date: Fri May 5 14:52:53 2023
starting sampler with model size 1
, nt = 100
RJMCMC: 0/500 (1,0)
logL=-1538.744083 hSNR=34 g0SNR=0
DIM: DGW=1 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
EXT: xacc=0.0e+00
RJMCMC: 100/500 (1,0)
logL=-917.951828 hSNR=1 g0SNR=0
DIM: DGW=1 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=4.2e-01 facc=4.3e-01 pacc=4.0e-01
EXT: xacc=7.8e-01
RJMCMC: 200/500 (1,0)
logL=-916.434939 hSNR=1 g0SNR=0
DIM: DGW=1 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=9.2e-02 cacc=8.3e-02 dacc=1.1e-01 uacc=2.5e-01
INT: macc=5.3e-01 facc=6.6e-01 pacc=5.0e-01
EXT: xacc=8.4e-01
RJMCMC: 300/500 (1,0)
logL=-910.639827 hSNR=6 g0SNR=0
DIM: DGW=5 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=1.0e-01 cacc=8.3e-02 dacc=1.4e-01 uacc=1.1e-01
INT: macc=5.4e-01 facc=7.1e-01 pacc=5.3e-01
EXT: xacc=8.6e-01
RJMCMC: 400/500 (1,0)
logL=-915.134940 hSNR=3 g0SNR=0
DIM: DGW=1 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=1.7e-01 cacc=9.8e-02 dacc=2.5e-01 uacc=2.7e-01
INT: macc=5.8e-01 facc=7.4e-01 pacc=6.2e-01
EXT: xacc=8.7e-01
RJMCMC took 3.110000e+00 seconds
Current local time and date: Fri May 5 14:52:56 2023
MCMC for 500 iterations took 3.110000e+00 s
Trapezoid Rule logZ = 94886.6 +/- 0.79895
characterizing glitch model...
============ Run Settings ===========
number of detectors 1
trigger time (s) 900000000.00
duration of data (s) 4
duration of window (s) 1.0
sampling rate (Hz) 512
number of samples 2048
number of iterations 500
number of burn-in iterations 50000
max N wavelets 100
max Q for wavelets 40
number of chains 20
coldest chain temperature 1
initial temperature spacing 1.2
number of independent steps 100
number of independent steps (wavelets) 100
============= Run Flags =============
self checkpointing is .... DISABLED
maximized logL is ........ DISABLED
BayesLine PSD model is ... DISABLED
Stochastic model is ...... DISABLED
cleaning phase is ........ DISABLED
glitch model is .......... REQUIRED
signal model is .......... DISABLED
cbc model is ............. DISABLED
noise model is ........... ENABLED
wavelet prior is ......... ENABLED
clustering prior is ...... DISABLED
glitch amp prior is ...... SNR*=5
signal amp prior is ...... SNR*=5
ext. amp. update is ...... DISABLED
Sn Model is .............. MULTIPLICATIVE
Sn Spline is ............. AKIMA
polarization constraint is ENABLED
background prior is ...... DISABLED
density proposal is ...... SNR^2/2
orientation proposal is .. ENABLED
amplitude proposal is .... ENABLED
thermo. integration ...... TRAPEZOID
logL=const test is ....... DISABLED
PTMCMC adaptation is ..... ENABLED
gnuplot output is ........ DISABLED
chirplet option is ....... DISABLED
min f for wavelets is .... 32Hz
max f for wavelets is .... 256Hz
Current local time and date: Fri May 5 14:52:56 2023
starting sampler with model size 1
, nt = 100
RJMCMC: 0/500 (1,0)
logL=-1022.433761 hSNR=0 g0SNR=16
DIM: DGW=0 D0=1 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 100/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=5.9e-02 cacc=0.0e+00 dacc=0.0e+00 uacc=3.3e-01
INT: macc=4.3e-01 facc=6.7e-01 pacc=5.0e-01
RJMCMC: 200/500 (1,0)
logL=-913.811661 hSNR=0 g0SNR=4
DIM: DGW=0 D0=1 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=3.3e-02 cacc=0.0e+00 dacc=0.0e+00 uacc=2.0e-01
INT: macc=4.3e-01 facc=6.7e-01 pacc=5.0e-01
RJMCMC: 300/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=2.9e-02 cacc=0.0e+00 dacc=0.0e+00 uacc=1.4e-01
INT: macc=5.6e-01 facc=6.4e-01 pacc=6.7e-01
RJMCMC: 400/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=4.1e-02 cacc=2.6e-02 dacc=2.0e-02 uacc=9.1e-02
INT: macc=5.5e-01 facc=6.2e-01 pacc=6.7e-01
RJMCMC took 4.900000e-01 seconds
Current local time and date: Fri May 5 14:52:57 2023
MCMC for 500 iterations took 4.900000e-01 s
Trapezoid Rule logZ = 94886.5 +/- 0.857206
characterizing Gaussian noise model...
============ Run Settings ===========
number of detectors 1
trigger time (s) 900000000.00
duration of data (s) 4
duration of window (s) 1.0
sampling rate (Hz) 512
number of samples 2048
number of iterations 500
number of burn-in iterations 50000
max N wavelets 100
max Q for wavelets 40
number of chains 20
coldest chain temperature 1
initial temperature spacing 1.2
number of independent steps 100
number of independent steps (wavelets) 100
============= Run Flags =============
self checkpointing is .... DISABLED
maximized logL is ........ DISABLED
BayesLine PSD model is ... DISABLED
Stochastic model is ...... DISABLED
cleaning phase is ........ DISABLED
glitch model is .......... DISABLED
signal model is .......... DISABLED
cbc model is ............. DISABLED
noise model is ........... ENABLED
wavelet prior is ......... ENABLED
clustering prior is ...... DISABLED
glitch amp prior is ...... SNR*=5
signal amp prior is ...... SNR*=5
ext. amp. update is ...... DISABLED
Sn Model is .............. MULTIPLICATIVE
Sn Spline is ............. AKIMA
polarization constraint is ENABLED
background prior is ...... DISABLED
density proposal is ...... SNR^2/2
orientation proposal is .. ENABLED
amplitude proposal is .... ENABLED
thermo. integration ...... TRAPEZOID
logL=const test is ....... DISABLED
PTMCMC adaptation is ..... ENABLED
gnuplot output is ........ DISABLED
chirplet option is ....... DISABLED
min f for wavelets is .... 32Hz
max f for wavelets is .... 256Hz
Current local time and date: Fri May 5 14:52:57 2023
starting sampler with model size 0
RJMCMC: 0/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 100/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 200/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 300/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC: 400/500 (1,0)
logL=-917.429301 hSNR=0 g0SNR=0
DIM: DGW=0 D0=0 m0=0 m1=0 m2=0 m3=0
RJ: rjacc=0.0e+00 cacc=0.0e+00 dacc=0.0e+00 uacc=0.0e+00
INT: macc=0.0e+00 facc=0.0e+00 pacc=0.0e+00
RJMCMC took 1.000000e-02 seconds
Current local time and date: Fri May 5 14:52:57 2023
MCMC for 500 iterations took 1.000000e-02 s
Trapezoid Rule logZ = 94890.2 +/- 0
section_end:1683298378:step_script
[0Ksection_start:1683298378:cleanup_file_variables
[0K[0K[36;1mCleaning up project directory and file based variables[0;m[0;m
section_end:1683298378:cleanup_file_variables
[0K[32;1mJob succeeded[0;m