def pool_definition_api_with_separate_subpools():
"""
Create and return a pool by calling up other functions
for defining the subpools. Also demonstrate customization
of pool properties and inserting default values from file
or the command line.
"""
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main pool')
pool = motion_pool(pool)
pool.change_subpool('..')
pool = body_and_envir_pool(pool)
pool.change_subpool('..')
pool = numerics_pool(pool)
pool.change_subpool('..')
pool = plot_pool(pool)
pool.update() # finalize pool construction
from parampool.pool.UI import (
set_data_item_attribute,
set_defaults_from_file,
set_defaults_from_command_line,
set_defaults_in_model_file,
write_poolfile,
)
# Change default values in the web GUI
import parampool.pool.DataItem
parampool.pool.DataItem.DataItem.defaults['minmax'] = [0, 100]
parampool.pool.DataItem.DataItem.defaults['range_steps'] = 500
# Can also change 'number_step' for the step in float fields
# and 'widget_size' for the width of widgets
# Let all widget sizes be 6, except for Time step
pool = set_data_item_attribute(pool, 'widget_size', 6)
pool.get('Time step').data['widget_size'] = 4
pool = set_defaults_from_file(pool, command_line_option='--poolfile')
pool = set_defaults_from_command_line(pool)
flask_modelfile = 'model.py'
print 'XXX', os.getcwd()
django_modelfile = os.path.join('motion_and_forces_with_pool', 'app',
'models.py')
if os.path.isfile(flask_modelfile):
set_defaults_in_model_file(flask_modelfile, pool)
elif os.path.isfile(django_modelfile):
set_defaults_in_model_file(django_modelfile, pool)
poolfile = open('pool.dat', 'w')
poolfile.write(write_poolfile(pool))
poolfile.close()
return pool
def pool_definition_api_with_separate_subpools():
"""
Create and return a pool by calling up other functions
for defining the subpools. Also demonstrate customization
of pool properties and inserting default values from file
or the command line.
"""
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main pool')
pool = motion_pool(pool)
pool.change_subpool('..')
pool = body_and_envir_pool(pool)
pool.change_subpool('..')
pool = numerics_pool(pool)
pool.change_subpool('..')
pool = plot_pool(pool)
pool.update() # finalize pool construction
from parampool.pool.UI import (
set_data_item_attribute,
set_defaults_from_file,
set_defaults_from_command_line,
set_defaults_in_model_file,
write_poolfile,
)
# Change default values in the web GUI
import parampool.pool.DataItem
parampool.pool.DataItem.DataItem.defaults['minmax'] = [0, 100]
parampool.pool.DataItem.DataItem.defaults['range_steps'] = 500
# Can also change 'number_step' for the step in float fields
# and 'widget_size' for the width of widgets
# Let all widget sizes be 6, except for Time step
pool = set_data_item_attribute(pool, 'widget_size', 6)
pool.get('Time step').data['widget_size'] = 4
pool = set_defaults_from_file(pool, command_line_option='--poolfile')
pool = set_defaults_from_command_line(pool)
flask_modelfile = 'model.py'
print 'XXX', os.getcwd()
django_modelfile = os.path.join('motion_and_forces_with_pool', 'app',
'models.py')
if os.path.isfile(flask_modelfile):
set_defaults_in_model_file(flask_modelfile, pool)
elif os.path.isfile(django_modelfile):
set_defaults_in_model_file(django_modelfile, pool)
poolfile = open('pool.dat', 'w')
poolfile.write(write_poolfile(pool))
poolfile.close()
return pool
result = None
return render_template("view.html", form=form, result=result)
def compute(pool):
"""
Generic function for calling compute_function with values
taken from the pool object.
Return the output from the compute_function.
"""
# compute_function must have only one positional argument
# named pool
import inspect
arg_names = inspect.getargspec(compute_function).args
if len(arg_names) == 1 and arg_names[0] == "pool":
result = compute_function(pool)
else:
raise TypeError('%s(%s) can only have one argument named "pool"' %
(compute_function.__name__, ', '.join(arg_names)))
return result
if __name__ == '__main__':
app.run(debug=True)
# Dump pool to file for use with --poolfile .tmp_pool.dat
from parampool.pool.UI import write_poolfile
write_poolfile(pool, '.tmp_pool.dat')
result = compute(pool)
form = MotionAndForcesWithPoolForm(request.POST)
return render_to_response(
"compute_motion_and_forces_with_pool_pool_definition_api_index.html",
{"form": form,
"result": result,
},
context_instance=RequestContext(request))
def compute(pool):
"""
Generic function for calling compute_function with values
taken from the pool object.
Return the output from the compute_function.
"""
# compute_function must have only one positional argument
# named pool
import inspect
arg_names = inspect.getargspec(compute_function).args
if len(arg_names) == 1 and arg_names[0] == "pool":
result = compute_function(pool)
else:
raise TypeError('%s(%s) can only have one argument named "pool"'
% (compute_function.__name__, ', '.join(arg_names)))
return result
from parampool.pool.UI import write_poolfile
write_poolfile(pool, '.tmp_pool.dat')
