INAK9801: = INAK9549, Re-run with corrected Old_PLATES
0.170      FAULT     FRICTION COEFFICIENT     <*********** !
0.85       CONTINUUM FRICTION COEFFICIENT
1.00       BIOT COEFFICIENT (EFFICACY OF PORE PRESSURE)
0.00       BYERLY (0.-.99); FRACTIONAL STRENGTH REDUCTION OF MASTER FAULT
2.30E9,5.41E4 ACREEP (SHEAR STRESS COEFFICIENT OF CREEP LAW) <**** !
4000.,18314. BCREEP (ACTIVATION ENERGY/N/GAS-CONSTANT) (IN KELVIN) <** !
0.,0.0171  CCREEP (DERIVITIVE OF BCREEP WITH RESPECT TO DEPTH; CRUST/MANTLE)
5.E8,5.E8  DCREEP (MAXIMUM SHEAR STRESS; CRUST/MANTLE)
0.333333   ECREEP (EXPONENT ON STRAIN-RATE IN CREEP-STRESS LAWS)=(1/N)
10.E6      TRHMAX (SUBDUCTION ZONE TRACTION) <**** CHANGE REFSTR, TOO!
1000.      RHOH2O (DENSITY OF WATER, AT P=0 AND T=SURFACE TEMPERATURE)
2800.,3330. RHOBAR (MEAN DENSITY AT P=0 AND T=0; CRUST/MANTLE)
3168.      RHOAST (DENSITY OF ASTHENOSPHERE, AT P=0 AND AMBIENT T)
9.8        GRAVITATIONAL ACCELERATION
1000.      ONE KILOMETER, EXPRESSED IN CURRENT LENGTH UNITS
2.4E-5,3.1E-5 VOLUMETRIC THERMAL EXPANSION COEFFICIENT; CRUST/MANTLE
3.0,4.06   THERMAL CONDUCTIVITY; CRUST/MANTLE
4.55E-7,3.2E-8 RADIOACTIVE HEAT PRODUCTION, ON VOLUME (NOT MASS) BASIS
283.       SURFACE TEMPERATURE, IN KELVIN
1223.,1573. UPPER TEMPERATURE LIMITS, IN KELVIN; CRUST/MANTLE
 50        MAXIMUM NUMBER OF ITERATIONS
0.0001     ACCEPTABLE CONVERGENCE LEVEL (FRACTIONAL VELOCITY CHANGE)
 50.E6     REFERENCE LEVEL OF SHEAR STRESS <****** MAX(50E6,5*TRHMAX) !!!
1.00E-10   ACCEPTABLE LEVEL OF VELOCITY ERRORS (CONVERGENCE ACROSS FAULTS)
F          OUTPUT NODE VELOCITIES EVERY ITERATION? (FOR CONVERGENCE STUDIES)
===== POST-PROCESSING PLOT CONTROL PARAMETERS (NOT USED BY PLATES) =====
       999 PLOTFILE # ON INPUT DATASET (OR 999 FOR LAST, OR 0 FOR ALL)
         F --------------------- PLOT GRID OF ELEMENTS
         F     1000.        1.+1 PLOT ELEVATIONS
         F    10.E-3    60.E-3+1 PLOT HEAT-FLOW
         F                    +1 PLOT CRUSTAL THICKNESS
         F    10.E+3    50.E+3-1 PLOT MANTLE LITHOSPHERE THICKNESS
         F      100.          +1 PLOT TEMPERATURE OF MOHO
         F      200.          +1 PLOT TEMPERATURE OF BASE OF PLATE
         F                    +1 PLOT PRESSURE ANOMALY AT BASE OF PLATE
         F 3.169E-10 1.9013E-9+1 PLOT VELOCITY VECTORS BELOW PLATE
         F     3.E+6        1.+1 PLOT SHEAR TRACTION ON BASE OF PLATE
         F 1.585E-10 8.714E-10-1 PLOT SURFACE VELOCITY VECTORS
         F                    +1 PLOT VELOCITY CHANGES
         F    5.E-16  2.75E-15-1 PLOT GREATEST PRIN. STRAIN RATE
         T --------------------- PLOT SLIP-RATE OF FAULTS
         F 1.268E-10    1.E-15-1 PLOT PLATE THICKENING RATE
         F    4.E+12   22.E+12-1 PLOT STRESS ANOMALY & SHEAR STRESS INTEGRALS
        10 APPROXIMATE NUMBER OF CONTOURS IN EACH PLOT (FOR DEFAULT)
         F PLOT BASEMAP OF COASTLINES, STATE OUTLINES, et cetera?
     0.300 RMS LENGTH OF PLOTTED VECTORS, IN INCHES (0.3, BUT 0.6 FOR STRESS)
 1.890E+07 DENOMINATOR IN SCALE OF PLOTS
-910.E3,+300.E3      (X,Y) OF PLOT CENTER, IF CLIPPING IS NEEDED
       17. MAXIMUM INCHES OF PAPER PERMITTED FOR PLOT+2" MARGIN (.LE.17)
         1 IPEN1: INTEGER PEN WIDTH, IN POINTS (1-5?) FOR LIGHT  LINES
         2 IPEN2: INTEGER PEN WIDTH, IN POINTS (1-5?) FOR MEDIUM LINES
         3 IPEN3: INTEGER PEN WIDTH, IN POINTS (1-5?) FOR HEAVY  LINES
         F COLOR? (F GIVES BLACK-AND-WHITE) (APPLIES TO VERSATEC ONLY)
==== FOLLOWING CONIC-PROJECTION PARAMETERS USED ONLY BY Plates2AI ===========
 6.371E+06 Radius of Earth, in m (to match *.FEG)
       61. CPNLAT = North latitude of conic projection tangent, degrees
       61. Y0NLAT = North latitude where Y=0, degrees
     -147. X0ELON = East longitude where X=0, degrees