def generate_wall_nonst_results(
mainDir,
model_input,
PBSnameRun,
simulation_duration,
steady_state_ac = 0,
temperature = 0.999,
flow_velocity = 0.0,
flow_profile = 'parabolic_profile',
phase_at_center = 'vapor',
ratio_bubble_interface = 2.0,
gravity_ac = 0,
gravity_amp = 0,
wall_surface_type = 'uniform_surface',
wall_heater_center = 0.0,
wall_heater_length = 1.0,
wall_heater_variation_angle_length = 0.1,
wall_heater_micro_contact_angle = 90.0,
wall_micro_contact_angle = 90.0,
wall_heat_source_choice = 'no_heat_source',
wall_maximum_heat_flux = 0.0,
wall_extra_heat_source_choice = 'no_heat_source',
wall_maximum_extra_heat_flux = 0.0,
total_nb_files = total_nb_files_default,
spherical_cap = False,
nucleation_in_flow = False,
extra_domain = 'None',
adapt_domain = False):
'''
@description
create the directory to save the simulation results,
generate the input file needed to run the simulations
of non steady drop/bubble at a wall,
generate the executable,
create the PBS scripts file, and
run the simulation
'''
#1) test whether 'mainDir' can be used as a reference
# directory where the directory to save the simulation
# is created
if(not os.path.isdir(mainDir)):
print 'library_wall_nonst_results'
print 'generate_wall_nonst_results'
sys.exit('*** '+mainDir+' is not a directory***')
#2) create the directory to save the simulation
destDir = get_simulation_dir(temperature,
wall_micro_contact_angle,
phase_at_center,
collapse_ratio = ratio_bubble_interface,
gravity_amp = gravity_amp,
wall_surface_type = wall_surface_type,
wall_heater_micro_contact_angle = wall_heater_micro_contact_angle,
wall_maximum_heat_flux = wall_maximum_heat_flux,
wall_maximum_extra_heat_flux = wall_maximum_extra_heat_flux,
flow_velocity = flow_velocity,
flow_profile = flow_profile,
spherical_cap = spherical_cap)
destDir = os.path.join(mainDir,destDir)
# if there is already an existing directory, the function
# throws an error
if(os.path.isdir(destDir)):
print 'library_wall_nonst_results'
print 'generate_wall_nonst_results'
sys.exit('*** '+destDir+' already exists***')
os.mkdir(destDir)
#3) create the inputs for the simulation
inputPath = 'inputs_wall.txt'
# remove old input files
if(os.path.isfile(inputPath)):
os.remove(inputPath)
#create input
create_wall_nonst_inputs(
model_input,
simulation_duration,
inputs_wall_modified = inputPath,
steady_state_ac = steady_state_ac,
spherical_cap = spherical_cap,
nucleation_in_flow = nucleation_in_flow,
extra_domain = extra_domain,
temperature = temperature,
flow_velocity = flow_velocity,
flow_profile = flow_profile,
phase_at_center = phase_at_center,
gravity_ac = gravity_ac,
gravity_amp = gravity_amp,
ratio_bubble_interface = ratio_bubble_interface,
wall_surface_type = wall_surface_type,
wall_micro_contact_angle = wall_micro_contact_angle,
wall_heater_center = wall_heater_center,
wall_heater_length = wall_heater_length,
wall_heater_variation_angle_length = wall_heater_variation_angle_length,
wall_heater_micro_contact_angle = wall_heater_micro_contact_angle,
wall_heat_source_choice = wall_heat_source_choice,
wall_maximum_heat_flux = wall_maximum_heat_flux,
wall_extra_heat_source_choice = wall_extra_heat_source_choice,
wall_maximum_extra_heat_flux = wall_maximum_extra_heat_flux,
total_nb_files = total_nb_files)
#4) create dir, generate executable,
# create PBS script file
[pbsScriptPath,nameRun] = create_simulation(destDir,
inputPath,
PBSnameRun,
adapt_domain=adapt_domain)
#5) run the simulation
run_simulation(pbsScriptPath)
return [destDir,nameRun]
str(temperature)+\
'_'+str(flow_velocity)+\
'_sep'+str(ratio_interface_separation)
destDir = os.path.join(mainDir,destDir)
# if there is already an existing directory, the function
# throws an error
if(os.path.isdir(destDir)):
raise OSError('library_wall_nonst_results',
'generate_wall_nonst_results',
'*** '+destDir+' already exists***')
os.mkdir(destDir)
# choose the name for the run in PBS script
PBSnameRun = 'dim2d_sep'+str(ratio_interface_separation)+'_'+str(temperature)
# create the PBS script to run the simulation
[pbsScriptPath,nameRun] = create_simulation(destDir,
inputPath,
PBSnameRun,
adapt_domain=adapt_domain)
# run the simulation
run_simulation(pbsScriptPath)
def generate_wall_st_results(mainDir,
steady_state_ac,
temperature,
micro_contact_angle,
phase_at_center,
model_input,
gravity_ac=0,
gravity_amp=0,
spherical_cap=False):
'''
@description
create the directory to save the simulation results,
generate the input file needed to run the wall steady
state simulations,
generate the executable,
create the PBS scripts file, and
run the simulation
'''
#1) test whether 'mainDir' can be used as a reference
# directory where the directory to save the simulation
# is created
if(not os.path.isdir(mainDir)):
print 'library_wall_st_results'
print 'generate_wall_st_results'
sys.exit('*** '+mainDir+' is not a directory***')
#2) create the directory to save the simulation
destDir = get_simulation_dir(temperature,
micro_contact_angle,
phase_at_center,
gravity_amp=gravity_amp,
spherical_cap = spherical_cap)
destDir = os.path.join(mainDir,destDir)
# if there is already an existing directory, the function
# throws an error
if(os.path.isdir(destDir)):
print 'library_wall_st_results'
print 'generate_wall_st_results'
sys.exit('*** '+destDir+' already exists***')
os.mkdir(destDir)
#3) create the inputs for the simulation
inputPath = 'inputs_wall.txt'
# remove old input files
if(os.path.isfile(inputPath)):
os.remove(inputPath)
#create input
create_wall_st_inputs(steady_state_ac,
temperature,
micro_contact_angle,
phase_at_center,
gravity_ac,
gravity_amp,
model_input,
spherical_cap = spherical_cap,
inputs_wall_modified = inputPath)
#4) create dir, generate executable,
# create PBS script file
[pbsScriptPath,nameRun] = create_simulation(destDir,
inputPath)
#5) run the simulation
run_simulation(pbsScriptPath)
return [destDir,nameRun]
