https://github.com/geodynamics/citcoms
Tip revision: b5721c162b1b01c9fdbfb544f8d60bf3742dd916 authored by Eric Heien on 02 August 2011, 16:52:33 UTC
Further work in converting tracer code to C++
Further work in converting tracer code to C++
Tip revision: b5721c1
cookbook2.cfg
# Cookbook 2: Domain Size and Velocity Boundary Conditions
[CitcomS]
steps = 60 ; number of time steps
[CitcomS.controller]
monitoringFrequency = 30 ; how often outputs are created
[CitcomS.solver]
datafile = cookbook2 ; prefix of output filenames
# Modify the layout of the mesh.
[CitcomS.solver.mesher]
nprocx = 2
nprocy = 2
nodex = 17
nodey = 17
nodez = 9
theta_min = 0.7854
theta_max = 1.5708
fi_min = 0.0
fi_max = 0.7854
radius_inner = 0.55
radius_outer = 1.0
# Impose a uniform velocity across the top surface.
[CitcomS.solver.bc]
topvbc = 1
topvbxval = 100
topvbyval = 0
# In addition, set the initial temperature perturbation to zero.
[CitcomS.solver.ic]
num_perturbations = 1
perturbmag = 0.0