[pylithapp.metadata]
base = [pylithapp.cfg]
keywords = [quadrilateral cells]
arguments = [step01_elastic_bending.cfg]

[pylithapp]
dump_parameters.filename = output/step01_elastic_bending-parameters.json
problem.progress_monitor.filename = output/step01_elastic_bending-progress.txt

problem.defaults.name = step01_elastic_bending

# ---------------------------------------------------------------------- 
# faults 
# ---------------------------------------------------------------------- 
# [pylithapp.problem]
 
# interfaces = [outer_rise_fault_0, outer_rise_fault_1]

# [pylithapp.problem.interfaces.outer_rise_fault_0]
# label = outer_rise_fault_0
# label_value = 201
# edge = edge_outer_rise_fault_0
# edge_value = 301
# observers.observer.data_fields = [slip] 
 
# [pylithapp.problem.interfaces.outer_rise_fault_0.eq_ruptures.rupture] 
# db_auxiliary_field = spatialdata.spatialdb.SimpleDB 
# db_auxiliary_field.description = Test 
# db_auxiliary_field.iohandler.filename = spatialdb_files/outer_rise_fault_0.spatialdb
# db_auxiliary_field.query_type = linear 
 
 
# [pylithapp.problem.interfaces.outer_rise_fault_1]
# label = outer_rise_fault_1
# label_value = 202
# edge = edge_outer_rise_fault_1
# edge_value = 302
# observers.observer.data_fields = [slip] 
 
# [pylithapp.problem.interfaces.outer_rise_fault_1.eq_ruptures.rupture] 
# db_auxiliary_field = spatialdata.spatialdb.SimpleDB 
# db_auxiliary_field.description = Test 
# db_auxiliary_field.iohandler.filename = spatialdb_files/outer_rise_fault_1.spatialdb
# db_auxiliary_field.query_type = linear

# ----------------------------------------------------------------------
# problem
# ----------------------------------------------------------------------
# For time-dependent problems, we specify start and end times and an initial
# time step. With an initial time step of 0.2 yr, we use a start time of
# -0.2 yr so that the first solution occurs at 0 days.

[pylithapp.timedependent]
start_time = -1*year
initial_dt = 1*year
end_time = 100*year

# ----------------------------------------------------------------------
# initial conditions
# ----------------------------------------------------------------------
[pylithapp.problem]

[pylithapp.problem.materials.subducting.bulk_rheology]
use_reference_state = False

# ----------------------------------------------------------------------
# boundary conditions
# ----------------------------------------------------------------------

# [pylithapp.problem.bc.bndry_east]
# use_initial = False
# use_rate = True

# db_auxiliary_field = spatialdata.spatialdb.SimpleDB
# db_auxiliary_field.description = Dirichlet BC -x boundary
# db_auxiliary_field.iohandler.filename = velocity_files/right_boundary.txt

[pylithapp.problem.bc.bndry_top]
use_initial = False
use_rate = True

db_auxiliary_field = spatialdata.spatialdb.SimpleDB
db_auxiliary_field.description = Dirichlet BC -x boundary
db_auxiliary_field.iohandler.filename = velocity_files/top_boundary.txt

# End of file