Default configuration files for ISMIP-HOM test

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Configuration file for test A

Copy this text, paste it into a new text file, and save it as ishom.a.config. The horizontal grid spacing here is for the 160km domain length.

[ISMIP-HOM-A]
temperature = -30. 1.67e-5
 
[parameters]
geothermal = -42e-3
flow_factor = 1
 
[CF output]
variables = thk btemp temp uvel vvel wvel uvelhom vvelhom wgrd acab diffu uvelhom_srf uvelhom_bas vvelhom_srf vvelhom_bas tau_xz tau_yz
frequency = 1
name = ishom.a.out.nc
 
[grid]
upn = 11
ewn = 51
nsn = 51
dew = 3200
dns = 3200
sigma_builtin = 1
 
[time]
niso = 1.
tend = 200001.
ntem = 1.
tstart = 200000.
dt = 1.
nvel = 1.
 
[CF default]
comment = forced upper kinematic BC
title = EISMINT-2 Exp B
 
[options]
flow_law = 2
evolution = 0
temperature = 1
vertical_integration = 1
sliding_law = 4
marine_margin = 2
stress_calc = 2
hotstart = 1
basal_water = 0
isostasy = 0
periodic_ew = 1
periodic_ns = 1
diagnostic_run = 1
 
[ho_options]
diagnostic_scheme = 3
prognostic_scheme = 0
which_ho_babc = 8
 
[CF input]
name = ishom.a.nc
time = 1


Configuration file for test C

Copy this text, paste it into a new text file, and save it as ishom.c.config. The horizontal grid spacing here is for the 160km domain length.

ISMIP-HOM-A]
temperature = -30. 1.67e-5
 
[parameters]
geothermal = -42e-3
flow_factor = 1
 
[CF output]
variables = thk btemp temp uvel vvel wvel uvelhom vvelhom wgrd acab diffu uvelhom_srf uvelhom_bas vvelhom_srf vvelhom_bas tau_xz tau_yz
frequency = 1
name = ishom.c.out.nc
 
[grid]
upn = 11
ewn = 51
nsn = 51
dew = 3200
dns = 3200
sigma_builtin = 1
 
[time]
niso = 1.
tend = 200010.
ntem = 1.
tstart = 200000.
dt = 1.
nvel = 1.
 
[CF default]
comment = forced upper kinematic BC
title = EISMINT-2 Exp B
 
[options]
flow_law = 2
evolution = 0
temperature = 1
vertical_integration = 1
sliding_law = 4
marine_margin = 2
stress_calc = 2
hotstart = 1
basal_water = 0
isostasy = 0
periodic_ew = 1
periodic_ns = 1
diagnostic_run = 1
 
[ho_options]
diagnostic_scheme = 3
prognostic_scheme = 0
basal_stress_input = 3
which_ho_sparse_fallback=2 #Use UMFPACK if BiCG fails
which_ho_babc = 9
 
[CF input]
name = ishom.c.nc
time = 1