Page History

i4 number of stations

TOTAL 4 BYTES

i4 number of stations
i4 number of timesteps
i4 seed used in simulation
i4 site amplification used (bool)
i4 path duration method

• 0: GP2010 formulation
• 1: WUS modification trial/error
• 2: ENA modification trial/error
• 11: WUS formulation of BT2014
  over predicts for multiple rays
• 12: ENA modification trial/error
  over predicts for multiple rays

i4 number of ray methods
known options for first-fourth type below:

• 1: direct
• 2: moho

i4 first ray method used
i4 second ray method used
i4 third ray method used
i4 fourth ray method used
i4 nbu parameter
i4 ift parameter
i4 nlskip parameter
i4 icflag parameter (bool)
i4 individually run stations (bool)
i4 site specific VMs used (bool)
f4 duration of timeseries (s)
f4 timestep of timeseries (s)
f4 start time of timeseries (s)
f4 stress drop average (bars)
f4 kappa parameter
f4 q frequency exponent
f4 max sim frequency (Hz)
f4 flo parameter (Hz)
f4 fhi parameter (Hz)
f4 rupture velocity factor (rupture : Vs)
f4 rvfac shallow fault multiplier
f4 rvfac deep fault multiplier
f4 czero coefficient, -1: used binary default
f4 calpha coefficient, -1: used binary default
f4 seismic moment, -1: used rupture model
f4 rupture velocity, -1: used rupture model
f4 depth to moho, -1: used binary default (999.9)
f4 vp_sig parameter
sig parameters are likely uncertainties
f4 vsh_sig parameter
f4 rho_sig parameter
f4 qs_sig parameter
f4 fourier amplitude uncertainty (1)
f4 fourier amplitude uncertainty (2)
f4 rupture velocity uncertainty
s64 stoch file used (basename)
s64 velocity model used (basename)

TOTAL 288 BYTES

i4 number of stations
i4 number of timesteps
f4 duration of timeseries (s)
f4 timestep of timeseries (s)
f4 start time of timeseries (s)
s256 LF directory path used
s256 LF VM directory path used
s256 HF file path used
possibly add vsite file path used here?

TOTAL 788 BYTES