NewMetaFile_for_bigdata.inf

# 
# This is the meta information file for MT inversion for one station 3-component seismograms 
# 
# The use should sample with the same dt and should not filter the seismograms beforehand
#
#                                                                     Nov. 2019 N. Fuji
#
#   usage:   ./MarsInversion NewMetaFile.inf dataDir resultDir inversionName
#
# synthetics <moment tensor>_sta_<station_number>.txt, col 1 = time, col 2 = N, col 3 = E, col 4 = Z 
# computation mode (normal:normal; test:filter the GF and stop: fort.11-14)
#   versionSGT or lightMonitor (monitoring option cannot work ... tooooooo heavy!)

calculMode=heavyMonitor
#
# with this versionSGT, the order of parameters in this inf file is no more important.
# however, always the first declaration of parameters is valid (when you declare them twice or more).
# attention for tapering:
#      regardless of your input tapers, the programme will apply a priori tapers on the beginning and 
#      the end of syn and obs before butterworth filter (0.05 per cent of time window for each).
#      This is why you need to prepare signals long enough before and after the phases that interest you!

SGTinfo=./database_small.inf

parentDir=./databaseDWAKr_Small2/RSGT/

eventName = sol235


# station information

stationName= ELSE

stlalo= 34.54 -116.39

# gcarc to search

searchAreaDistance =  20.d0 30.d0 1.d0

# azimuth to search

searchAreaAzimuth = -10.d0 10.d0 2.d0

# radius to search

searchAreaRadius = 2780.d0 3380.d0 20.d0

# synthetic information

!tlenDSM= 3000.0d0 # window width in seconds (this should be equal or inferior to the total length of synthetics tlen in DSM)

movingWindowStep= 10.0d0 # moving window step in seconds (normally smaller than the dominant period?)

dt = 0.05d0 # delta t in seconds -> this should be identical in syn and obs


# butterworth filters (order, fmin, fmax)
npButterworth =  4 # order (integer)
fmin= 0.005 # min frequency (in Hz)
fmax= 0.03 # max frequency (in Hz)


# SGT version has window cutting option
effectiveSynWindow = 0.0 1000.d0

#  observed data information

tlenData= 1400.0d0 # total length of the seismic data in seconds, this should be bigger than the synthetic window length described above



# number of taper windows 

#numberofSynWindows =2
numberofSynWindows=1
# taper windows in obs should be written as: t1, t2, t3, t4
#synWindow2 = 500.0 520.0 540.0 580.0
synWindow1= 0.0 200.0 800.0 1000.0
# 


# observed data files 
#
obsZfile= XB.ELYSE.02.BHZ.R.2019-07-26T121335.510000.txt
obsEfile= XB.ELYSE.02.BHE.R.2019-07-26T121335.510000.txt
obsNfile= XB.ELYSE.02.BHN.R.2019-07-26T121335.510000.txt



#
# number of taper windows for observed

numberofObsWindows=1 


# obs moving window options. 'fixed': the windows are fixed one to another; 
#                      'independent': the windows move independently
#        attention, 'independent' will take much more time since it will move your windows independently


obsMovingWindowOption =  fixed


obsWindow1= 0.d0 50.d0 1350.d0 1400.d0




# then you can put the range of window slide for each window (in seconds)
#
#movingWindowRange1 = -100.0 100.0
#movingWindowRange2 = -200.0 200.0

movingWindowRangeMonitoring=0.d0 400.d0


# for heavyMonitor mode, we need to define the distance whose Green's functions' cross talks should be considered
# toleranceDistance in km
toleranceDistance = 50
#
#
end # this meta file should end with "end"