#======================================#
#  		  Physical parameters		   #
#======================================#
# min no. of events for LL inversion.
# fixr		r0
# fixAsig	Asig0	Asig1	Asig2	nAsig	dAsig
# fixta		ta0		ta1		ta2		nta		dta
# fixCV		CV0		CV1		CV2		nCV			//obsolete! fixCV must be set to 1.
 100
 0	0.02
 0 	10000		10000	100000	2	5000.0
 0	1000.000	5000	10000	2	1000.0
#======================================#
#  		  Time of inversion	 	   	   #
#======================================#
#tstartLL	start time LogLikelihood inv.
#tw			time window after mainshock.
#extra_time	time period before tstartLL for which sources should be included (only relevant if aftershocks==1,or large events are present). 
2009-09-03T16:35:41Z
0.5
10.0
#======================================#
#  		  Time of forecast	 	   	   #
#======================================#
# dt			forecast time interval (not used in CSEP mode unless extra_output flag is set).
1.0
#======================================#
#  		  	Flags etc.		   		   #
#======================================#
# No. iterations	No. of slip models used
# flags: vary_slip	vary_afterslip	Hurst coefficient.
# flag: vary_fm
# flag: grid_error
# flag: OOPs
# flag: afterslip
# flags: (1)aftershocks	(2)Mc_source (3) afterhock_mode:
# aftershock_mode=	 
#			0	use all events, isotropic field for all.
#			1	use all events, use available foc. mech. otherwise, use istropic field.
#			2	use all, but use available foc. mech. otherwise, use fixed mech. 
#			3	use all events, use available foc. mech. otherwise, use monte carlo sample of old foc mec.
#			4	use only events with foc mec. uses foc mec to create synthetic slip model.
# flag: use_background_rate
6	2
0	0	0.8
1
0
0
0
1	30	0	
0
#======================================#
#  	Other model parameters etc.		   #
#======================================#
# Mc (if set to value >20, the program will estimate the catalog completeness magnitude)
# Mmain
# DCFS_cap
# gridPmax (max no of gridpoints associated with event from catalog).
# dt (time tolerance when comparing catalogs)
# dM (mag tolerance when comparing catalogs)
# rtoll (horiz. distance tolerance when comparing catalogs)
# ztoll (horiz. distance tolerance when comparing catalogs)
# extra_R
# final fault resolution
# min. horizontal grid resolution
# min. vertical grid resolution
# smoothing distance (for calculating background rate)
# start time (for calculating background rate)
30.0
5.95
1e6
10000
80.0e-04 	#about 1min (since seconds not reported in GMT catalog...)
1.2
10
10
20
3.0
7.0
20.0
5.0
1965-01-01T00:00:00Z
#===========================================================#
# Flag controlling if LL parameters should be inverted for.	#
# Flag controlling if forecasted should be produced.		#
#===========================================================#
1
1
