cwb_inetΒΆ

This page provides a description of the cwb_inet command.


Usage

This command is used to run the pipeline in the interactive mode.

Syntax

  • cwb_inet (no arguments)
    Prints help
  • cwb_inet jobid [gps_evt] [options] [mdc_factor] [lag] [ced_dir/uparms]
    Runs the analysis in the interactive mode.

Further information

The following options can be passed to cwb_inet:

jobid        : (mandatory) job number

gps_evt      : the GPS time of the considered trigger. The pipeline analyses the data within a time window
               centered around gps_evt

options =  false       : cWB does not produce the CED of the events

           true/ced    : with both options, cWB produces the CED of the events

           --tool psd --ifo H1/L1/V1 --type strain/mdc/white --draw true/false    :  it draws the psd

                    Stages :   STRAIN : strain/mdc, CSTRAIN : white
                    Ex:    cwb_inet 1 0 '--tool psd --ifo H1 --type strain --draw true'
                    Ex:    cwb_inet 1 0 '--tool psd --ifo H1 --type strain --draw true --save true'

           --tool inj --draw true/false -> draw injections

                    Stages :   STRAIN
                    Ex:    cwb_inet 1 0 '--tool inj --draw true'

           --tool nRMS --ifo H1/L1/V1 --draw true/false    :  it draws the nRMS

                    Stages :   CSTRAIN
                    Ex:    cwb_inet 1 0 '--tool nrms --ifo H1 --draw true'

           --tool frdisplay  --ifo H1/L1/V1 --type strain/mdc/white    :  it draws the data with frdisplay

                    Stages :   STRAIN : strain/mdc, CSTRAIN : white
                    Ex:    cwb_inet 1 0 '--tool frdisplay --hpf 50 --decimateby 16 --ifo H1 --type strain'

           --tool wdm --ifo H1/L1/V1 --type strain/mdc/white --draw true/false    :  it draws the wdm

                    Stages :   STRAIN : strain/mdc, CSTRAIN : white
                    Ex:    cwb_inet 1 0 '--tool wdm --ifo H1 --type white --draw true'

           --tool emax --level xx (optional) --draw true/false    :  it draws the maximum energy

                    Stages :   COHERENCE
                    Ex:    cwb_inet 1 0 '--tool emax --level 7 --draw true'


           --tool sparse --ifo H1/L1/V1 --draw true/false    :  it draws the sparse

                    Stages :   LIKELIHOOD
                    Ex:   cwb_inet 1 0 '--tool sparse --ifo H1 --draw true'

           --tool ced --draw true/false    :  it draws the ced

                    Stages :   LIKELIHOOD
                    Ex:   cwb_inet 1 0 '--tool ced --draw true'

mdc_factor     :  numerical factor used to rescale the amplitude of the injected MDC simulated signal

lag            :  lag number [-1 = select all lags defined in the user parameters file]

ced_dir/uparms :  if it is a directory than it is the directory where the CED is generated (default : data)
                  if it is a file than it is used instead of the user_parameters.C (default) file

Examples

  • The following command line launches the analysis of the job number 1:

    cwb_inet 1

  • The following command line generates the CED for all the events identified in job 1:

    cwb_inet 1 0 true

  • The following command line generates the CED for all the events identified in job 1 by applying a specific amplitude factor:

    cwb_inet 1 0 true factor

  • The following command line generates the CED of the event reconstructed at GPS time event_gps_time:

    cwb_inet 1 event_gps_time true

  • The following command line generates the CED of the event reconstructed at GPS time event_gps_time by applying a specific amplitude factor:

    cwb_inet 1 event_gps_time true factor

  • The following command line generates the CED of the event reconstructed at GPS time event_gps_time by applying a specific amplitude factor, and the CED is saved in the output directory my_output (instead of data):

    cwb_inet 1 event_gps_time true factor 0 my_output

  • The following link reports the example of a complete, interactive multistages analysis conducted with the cWB 2G pipeline:

    How to do an interactive multistages 2G analysis