pylal.stfu

Module stfu_pipe

This module contains condor jobs / node classes for the SQlite Triggered Follow Up dag

Author: Chad Hanna <channa@phys.lsu.edu>, Cristina Torres <cristina.torres@ligo.org>, Romain Gouaty <gouaty@lapp.in2p3.fr>

Classes

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FUJob

qscanJob
A qscan job

setupProxyJob

distribRemoteQscanJob
This class sets up a script to be run as child of the remote scans in order to distribute its results to the appropriate paths.

remoteDatafindJob

remoteQscanJob
A remote qscan job

analyseQscanJob

followUpInspJob

skyMapJob
Generates sky map data

skyMapPlotJob
Plots the sky map output of lalapps_skymap

plotSNRChisqJob
A followup plotting job for snr and chisq time series

fuDataFindJob

makeCheckListWikiJob
This actually launches a default wiki creation job

makeFollowupPageJob
This actually launches a followup page job

findFlagsJob
A job which queries the ldbd database holding segment information about the DQ flags.

findVetosJob
A job instance that queries the segment database for known types of active veto intervals.

customFOMPlotJob
This is a job class which allows us to wrap up the script for creating customized figure of merit(FOM) plots.

effDRatioJob
A job that performs parameter consitency check for a trigger being followed up.

followUpChiaJob
Generates coherent inspiral data

plotChiaJob
A followup plotting job for coherent inspiral search and null stat timeseries

mcmcJob
A job to set up a mcmc run

spinmcmcJob
A job to set up a spinmcmc run

plotmcmcJob
A job to set up a plotmcmc run

plotspinmcmcJob
A job to set up a plotspinmcmc run

FUNode

fuQscanNode
QScan node.

setupProxyNode

distribRemoteQscanNode

remoteDatafindNode

fuRemoteQscanNode

analyseQscanNode

fuDataFindNode

followUpInspNode

makeCheckListWikiNode
This class is responsible for running a final job which will create the default top 10 triggers for each trigger type.

makeFollowupPageNode
This runs the followup page

findFlagsNode
This class is resposible for setting up a node to perform a query for the DQ flag for the trigger which under review.

findVetosNode
This class is responsible for creating a node in the dag which queries the segment database for veto segments active around the trigger time of the candidate.

customFOMPlotNode
This is a node that corresponds with the job class to whip up custom FOMs.

effDRatioNode
This Node class performs a parameter consistency check using the sites claiming to detect the trigger and the observed effective distance at each site.

lalapps_skyMapNode
A C code for computing the sky map

pylal_skyPlotNode
A python code for plotting the sky map

followUpChiaNode
A C code for computing the coherent inspiral statistic.

plotSNRCHISQNode
Runs an instance of a plotSNRCHISQ followup job

plotChiaNode
Runs an instance of a plotChia followup job

mcmcNode
Runs a MCMC job

spinmcmcNode
Runs a SPIN MCMC job

plotmcmcNode
Runs a plotmcmc job

plotspinmcmcNode

followUpDAG

create_default_config

filenameToURLMapper

Functions

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mkdir(output)

source code

science_run(time)

source code

get_day_boundaries(time)

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figure_out_type(time, ifo=None, data_type='hoft')
Run boundaries (from CBC analyses): VSR1: 863557214 - 875232014 S5: 815155213 - 875232014 VSR2/S6: 931035296 - ...

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figure_out_cache(time, ifo)

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home_dirs()

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get_hostname()

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getParamsFromCache(fileName, type, ifo=None, time=None)

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getFOMLinks(gpsTime=int(0), ifo=("default"))
Simple method returns a list of links to FOMs ordered by FOM # The list is 2D ie: [['ifo,shift',LINKtoImage,LinktoThumb],['ifo,shift',LinktoImage,LinkToThumb]...] images marked [Eve,Owl,Day] via [p3,p2,p1] in filenames this methd only for S6 and later IFO naming start dates: There were three naming conventions mixed, then p1,p2,p3 and lastly Day,Eve,Owl LHO: 20090724 :: 932428815 LLO: 20090708 :: 931046415 It appears that the filenames are labeled by local times not utc??? We need to confirm this for this method CVT Fri-Jan-29-2010:201001291523

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gpsTimeToReadableDate(gpsTime=float(0))
Pass in int form of gps time.

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getiLogURL(time=None, ifo=None)
This method returns a URL string to point you to ilog day page for specified IFO and GPStime.

source code

Function Details

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figure_out_type(time, ifo=None, data_type='hoft')

source code

Run boundaries (from CBC analyses): VSR1: 863557214 - 875232014 S5: 815155213 - 875232014 VSR2/S6: 931035296 - ... Frame types for S5/VSR1: () For RDS_R_L1 data set: type channel_name RDS_R_L1 H1:LSC-DARM_ERR RDS_R_L1 H2:LSC-DARM_ERR RDS_R_L1 L1:LSC-DARM_ERR () For hoft data: type channel_name H1_RDS_C03_L2 H1:LSC-STRAIN H2_RDS_C03_L2 H2:LSC-STRAIN L1_RDS_C03_L2 L1:LSC-STRAIN HrecV2_16384Hz V1:h_16384Hz Frame types for S6/VSR2: () For RDS_R_L1 data set: type channel_name H1_RDS_R_L1 H1:LSC-DARM_ERR L1_RDS_R_L1 L1:LSC-DARM_ERR () For hoft data: H1_LDAS_C00_L2 H1:LDAS-STRAIN L1_LDAS_C00_L2 L1:LDAS-STRAIN HrecOnline V1:h_16384Hz

getiLogURL(time=None, ifo=None)

source code

This method returns a URL string to point you to ilog day page for specified IFO and GPStime. Valid IFO labels are V1, L1, H1 or H2.