0.            geologic age at start of this run, in Ma ( 0? )
85.           greatest geologic age (end of run), in Ma ( >=0 )
5.            timestep, in Ma ( >=0 )
4             refinements (for nonlinearity) within each timestep (~4?)
0             iterations of the entire history BEFORE this run
50            iterations of the entire history IN this run
50            iterations planned in ALL runs together
FALSE         watch? (adds 1~4 rate files/iteration for convergence studies)
TRUE          map_set? (adds 2~6 files/timestep in last iteration)
5.0E-17       standard deviation of nominally zero strainrates, /s
5.0E-17       scale strain-rate of "rigid" blocks, /s (for early iterations only)
4.0E-12       scale slip-rate sigma of faults, m/s    (for early iterations only)
4.0E-12       scale rate uncertainty of BCS's, m/s    (for early iterations only)
2.0E-10       scale N-S drift uncertainty of PM, m/s  (for early iterations only)
1.4E-16       scale spin uncertainty of PM, radians/s (for early iterations only)
2.0E-17       small strain-rate increment xi (for e11=e22-xi constraint)
6371.         radius of planet, in kilometers
TRUE          are active faults also stress indicator data?
fRMF.dat      filename of fault offsets (& rates?)
fRMF.dig      filename of digitized fault traces
cRMF.dat      filename of balanced cross-sections (& rates?)
pRMF.dat      filename of paleomagnetic data (& rates?)
sRMF.dat      filename of horizontal principal stress directions
USA_lines.dig filename of digitised fiducial lines to be restored
RMF7.feg      filename of finite element grid #1
RMF7.bcs      filename of boundary conditions for .feg #1