Wave Burst Monitor                    

reference: http://www.phys.ufl.edu/LIGO/burstmon/        
    S.Klimenko, A. Sazonov University of Florida         

Purpose: Using software injections of waveform           
         provided by user BurstMon calculates amplitude  
         of injection at which 50% of detection         
         efficiency is achieved.                         

Method: The BurstMon performs Monte-Carlo simulation of  
        burst detection using time-frequency analysis    
        in wavelet domain.                               

Output: The BurstMon has the following output:           
        - cluster rate,                                  
        - detection sensitivity, h50                     
        - noise variability                              
        which are served to the dmtviewer and saved in   
        trend files (minute and second trends).          

command line options :                                   

  -c <channel name>: channel name is mandatory           
     Only one channel name is permitted.                 

  -i <input config file>: The BurstMon configuration file
     All options except -i, -infile, -inlist can be used 
     to build entry (one per line) in the file.          
     For example,                                        
        -c L1:LSC-AS_Q        // channel name            
        -lock L1:X_arm_locked // when x arm locked       
        -T 60                 // stride 32 sec           
        -r 64.                // resolution 64 Hz        
        -p 1.                 // pixel fraction 1%       
        -j sgauss235q9.txt    // input waveform from file

  -lock <lock condition>:  Process data only if all      
     specified lock conditions are satisfied.            
     For example:                                        
           H2:Both_arms_locked                           
           H1:Mode_cleaner_locked                        
           L1:X_arm_locked                               

  -T <time stride (sec)> [60]: Length of time series     
     requested by BurstMon                               

  -t <whitening interval> (sec) [15]:                    
     data is considered to be stationary. Used to        
     estimate and approximate noise level                

  -f <frequency resolution (Hz)>: defines frequency scale
     resolution, for cluster analysis [64]               

  -fw <whitening frequency resolution (Hz)> [8]          

  -rate <processing sampling rate (Hz)> [8192.]:         

  -p <pixel fraction>, % [1]: Fraction of pixels,        
     which pass the percentile selection                 

  -mcs <minimum cluster size>, [1]: only clusters with   
     bigger size will be taken into analysis             

  -v <printout verbosity level> [0]                      

  -w <length of wavelet filter> [32]                     

  -gate <coincidence time gate, sec> [0.02]              

  -d <name>: file name to dump summary to                

  -infile <frame file>: If  -infile is specified, the    
   BurstMon will process data from the input frame file  

  -inlist <file name>: If  -inlist is specified, the     
   BurstMon will process data from the frame files       
   listed in file <file name>                            

  -s <length of the DMTVIEWER history> length=[720]      

  -b <length of the BurstMon buffer> [2 sec]             

  -suffix <suffix added to BurstMon name>                

  -j <waveform file name>, mandatory		     

  -maxerr <maximum error for h50, %> [20]                

  -nsim <int>, number of simultaneous injections per     
               time stride [10]                          

  -ncycle <int>, number of repetitions of injection      
                 cycles with same amplitude [10] 	     

  -nmes <int>, number of measurements of efficiency [5]  

  -cal <frequency>, calibration line frequency, Hz [0]   

  -resp <response file>, get response function from file