#This is the default parameter file for hcplates
#The defaults in this file are the initialized anyway
#Too lazy to code a flexible read routine - so the file structure (line order etc) are important!!
#First word of every line is the parameter name (as initialized in hcplates_init.c) - note: leave a space after name!

#No. layers (note no. boundaries (r2) = nlayers +1. no. visc2 layers = nlayers)
nlayer= 5

#Radial layers (core out). (note nlayers must be defined above this)
r2= 0.0 3480.0 5700.0 6140.0 6240.0 6370.0

#Default viscosity
visc0= 1.0e22

#Viscosity variation from default (first zero does not count - core)
visc2= 0 50 1 1 10

#radius core
Rcore= 3480.0

#radius Earth
erad= 6370.0

#No. plates
NPLT= 11

#Plate areas: first value (0) is dummy value, make sure there is one for each plate (12= 0.42244E+14 if needed)
parea= 0 0.77691E+14 0.59987E+14 0.49031E+13 0.36125E+13 0.31173E+13 0.68647E+14 0.61026E+14 0.58440E+14 0.16462E+14 0.10806E+15 0.57208E+13

#LDIM - absolute max sph. har. deg.
LDIM= 25

# Geographical divisor (no. lat points = 180/dd)
dd= 1

#Conversion factor 365.0*24*60*60
stoy= 31536000

# Lmax - sph. harm. deg.
Lmax= 20

#n?
n= 4

#no slip always for plates calculations
iba= 0

#ratio of obs/pred rotations for scaling velocities...
ratio= 1.0