_test01 [name token for this run of NeoKinema] 2.00E4 L0 = length of fault trace whose offset rate gets unit weight (in m) 8.00E8 A0 = area of continuum whose stiffness & isotropy get unit weight (in m**2) 40 refinements (for nonlinearity) allowed in this solution (try 20-40) 5.0E-16 mu_ = scalar measure of typical anelastic strain rates in continuum (/s) 1.0E-17 xi_ = small strain-rate increment, in /s (Not TOO small! Suggestions: 1.0E-17 to 1.0E-20 /s.) 20. sigma, in degrees, of angle between [heave vectors of dip-slip faults] & [trace-normal direction] 6371. radius of planet, in kilometers 1. 12. minimum and maximum default locking depths of intraplate faults, in km (may be overridden by f*.nki) 14. 40. minimum and maximum default locking depths of subduction zones, in km (may be overridden by f*.nki) FALSE switch: Do active faults give sigma_1h direction data? f_test01.nki filename of fault offset-rates (or, 'none') f_test01.dig filename of digitized fault traces (or, 'none') s_test01.nki filename of horizontal principal stress directions (or, 'none') 1 stress interpolation method: (1) Bird & Li [1996]; (2) Carafa & Barba [2013]. WUSC002.gps filename of geodetic velocity data (or, 'none') WUSC002.gp2 filename of covariance matrix for geodetic velocity components (or, 'none') FALSE switch: Is the reference frame of geodetic-velocity data allowed to free-float? FALSE conservative_geodetic_adjustment? (uses geologic slip rates; not self-consistent) test01.feg filename of finite element grid (required) b_test01.nki filename of boundary conditions for finite element grid (required) NA plate defining velocity reference frame for type-4 boundary conditions FALSE dump_all_solutions? Creates velocity log file for studying convergence.