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generate_namelist.py
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import argparse
import json
import pprint
from sys import exit
import uuid
def main():
parser = argparse.ArgumentParser(prog='Namelist Generator')
parser.add_argument('case_name')
args = parser.parse_args()
case_name = args.case_name
if case_name == 'StableBubble':
namelist = StableBubble()
elif case_name == 'SaturatedBubble':
namelist = SaturatedBubble()
elif case_name == 'SullivanPatton':
namelist = SullivanPatton()
elif case_name == 'Bomex':
namelist = Bomex()
elif case_name == 'Gabls':
namelist = Gabls()
elif case_name == 'DYCOMS_RF01':
namelist = DYCOMS_RF01()
else:
print('Not a vaild case name')
exit()
write_file(namelist)
def SullivanPatton():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 32
namelist['grid']['ny'] = 32
namelist['grid']['nz'] = 32
namelist['grid']['gw'] = 7
namelist['grid']['dx'] = 160.0
namelist['grid']['dy'] = 160.0
namelist['grid']['dz'] = 64.0
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.7
namelist['time_stepping']['dt_initial'] = 10.0
namelist['time_stepping']['dt_max'] = 10.0
namelist['time_stepping']['t_max'] = 7200.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_Dry'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'Smagorinsky'
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'Rayleigh'
namelist['damping']['Rayleigh'] = {}
namelist['damping']['Rayleigh']['gamma_r'] = 0.02
namelist['damping']['Rayleigh']['z_d'] = 500.0
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 100.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 1800.0
namelist['fields_io']['diagnostic_fields'] = ['temperature','buoyancy_frequency','viscosity']
namelist['meta'] = {}
namelist['meta']['simname'] = 'SullivanPatton'
namelist['meta']['casename'] = 'SullivanPatton'
return namelist
def SaturatedBubble():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 100
namelist['grid']['ny'] = 5
namelist['grid']['nz'] = 50
namelist['grid']['gw'] = 5
namelist['grid']['dx'] = 200.0
namelist['grid']['dy'] = 200.0
namelist['grid']['dz'] = 200.0
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.3
namelist['time_stepping']['dt_initial'] = 10.0
namelist['time_stepping']['dt_max'] = 10.0
namelist['time_stepping']['t_max'] = 1000.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_SA'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'UniformViscosity'
namelist['sgs']['UniformViscosity'] = {}
namelist['sgs']['UniformViscosity']['viscosity'] = 0.0
namelist['sgs']['UniformViscosity']['diffusivity'] = 0.0
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'None'
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 100.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 100.0
namelist['fields_io']['diagnostic_fields'] = ['ql','temperature','buoyancy_frequency','viscosity']
namelist['meta'] = {}
namelist['meta']['casename'] = 'SaturatedBubble'
namelist['meta']['simname'] = 'SaturatedBubble'
return namelist
def StableBubble():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 512
namelist['grid']['ny'] = 7
namelist['grid']['nz'] = 64
namelist['grid']['gw'] = 7
namelist['grid']['dx'] = 100.0
namelist['grid']['dy'] = 100.0
namelist['grid']['dz'] = 100.0
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.7
namelist['time_stepping']['dt_initial'] = 10.0
namelist['time_stepping']['dt_max'] = 10.0
namelist['time_stepping']['t_max'] = 1000.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_Dry'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'UniformViscosity'
namelist['sgs']['UniformViscosity'] = {}
namelist['sgs']['UniformViscosity']['viscosity'] = 75.0
namelist['sgs']['UniformViscosity']['diffusivity'] = 75.0
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'None'
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 100.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 100.0
namelist['fields_io']['diagnostic_fields'] = ['temperature','buoyancy_frequency']
namelist['meta'] = {}
namelist['meta']['simname'] = 'StableBubble'
namelist['meta']['casename'] = 'StableBubble'
return namelist
def Bomex():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 64
namelist['grid']['ny'] = 64
namelist['grid']['nz'] = 75
namelist['grid']['gw'] = 7
namelist['grid']['dx'] = 100.0
namelist['grid']['dy'] = 100.0
namelist['grid']['dz'] = 100 / 2.5
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.7
namelist['time_stepping']['dt_initial'] = 10.0
namelist['time_stepping']['dt_max'] = 10.0
namelist['time_stepping']['t_max'] = 21600.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_SA'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'Smagorinsky'
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'Rayleigh'
namelist['damping']['Rayleigh'] = {}
namelist['damping']['Rayleigh']['gamma_r'] = 0.2
namelist['damping']['Rayleigh']['z_d'] = 600
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 100.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 1800.0
namelist['fields_io']['diagnostic_fields'] = ['ql','temperature','buoyancy_frequency','viscosity']
namelist['meta'] = {}
namelist['meta']['simname'] = 'Bomex'
namelist['meta']['casename'] = 'Bomex'
return namelist
def Gabls():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 64
namelist['grid']['ny'] = 64
namelist['grid']['nz'] = 64
namelist['grid']['gw'] = 7
namelist['grid']['dx'] = 6.25
namelist['grid']['dy'] = 6.25
namelist['grid']['dz'] = 6.25
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.7
namelist['time_stepping']['dt_initial'] =1.0
namelist['time_stepping']['dt_max'] = 2.0
namelist['time_stepping']['t_max'] = 43200.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_Dry'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'Smagorinsky'
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'Rayleigh'
namelist['damping']['Rayleigh'] = {}
namelist['damping']['Rayleigh']['gamma_r'] = 0.02
namelist['damping']['Rayleigh']['z_d'] = 100.0
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 300.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 3600.0
namelist['fields_io']['diagnostic_fields'] = ['temperature','buoyancy_frequency','viscosity']
namelist['meta'] = {}
namelist['meta']['simname'] = 'Gabls'
namelist['meta']['casename'] = 'Gabls'
return namelist
def DYCOMS_RF01():
namelist = {}
namelist['grid'] = {}
namelist['grid']['dims'] = 3
namelist['grid']['nx'] = 96
namelist['grid']['ny'] = 96
namelist['grid']['nz'] = 300
namelist['grid']['gw'] = 5
namelist['grid']['dx'] = 35.0
namelist['grid']['dy'] = 35.0
namelist['grid']['dz'] = 5.0
namelist['mpi'] = {}
namelist['mpi']['nprocx'] = 1
namelist['mpi']['nprocy'] = 1
namelist['mpi']['nprocz'] = 1
namelist['time_stepping'] = {}
namelist['time_stepping']['ts_type'] = 3
namelist['time_stepping']['cfl_limit'] = 0.7
namelist['time_stepping']['dt_initial'] = 10.0
namelist['time_stepping']['dt_max'] = 30.0
namelist['time_stepping']['t_max'] = 4.0 * 3600.0
namelist['thermodynamics'] = {}
namelist['thermodynamics']['latentheat'] = 'constant'
namelist['microphysics'] = {}
namelist['microphysics']['scheme'] = 'None_SA'
namelist['microphysics']['phase_partitioning'] = 'liquid_only'
namelist['sgs'] = {}
namelist['sgs']['scheme'] = 'Smagorinsky'
namelist['diffusion'] = {}
namelist['diffusion']['qt_entropy_source'] = False
namelist['momentum_transport'] = {}
namelist['momentum_transport']['order'] = 7
namelist['scalar_transport'] = {}
namelist['scalar_transport']['order'] = 7
namelist['damping'] = {}
namelist['damping']['scheme'] = 'Rayleigh'
namelist['damping']['Rayleigh'] = {}
namelist['damping']['Rayleigh']['gamma_r'] = 0.02
namelist['damping']['Rayleigh']['z_d'] = 300.0
namelist['output'] = {}
namelist['output']['output_root'] = './'
namelist['stats_io'] = {}
namelist['stats_io']['stats_dir'] = 'stats'
namelist['stats_io']['frequency'] = 300.0
namelist['fields_io'] = {}
namelist['fields_io']['fields_dir'] = 'fields'
namelist['fields_io']['frequency'] = 3600.0
namelist['fields_io']['diagnostic_fields'] = ['ql','temperature','buoyancy_frequency','viscosity']
namelist['meta'] = {}
namelist['meta']['simname'] = 'DYCOMS_RF01'
namelist['meta']['casename'] = 'DYCOMS_RF01'
return namelist
def write_file(namelist):
try:
type(namelist['meta']['simname'])
except:
print('Casename not specified in namelist dictionary!')
print('FatalError')
exit()
namelist['meta']['uuid'] = str(uuid.uuid4())
fh = open(namelist['meta']['simname'] + '.in', 'w')
pprint.pprint(namelist)
json.dump(namelist, fh, sort_keys=True, indent=4)
fh.close()
return
if __name__ == '__main__':
main()