def pool_def_api():
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main pool')
pool.add_data_item(name='Expression to be integrated',
default='sin(x)',
widget='textline')
pool.add_data_item(name='a', default=0.0, symbol='a')
pool.add_data_item(name='b', default=1.0, symbol='b')
return pool
def define_pool():
from parampool.utils import fenicsxml2pool
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main menu')
pool.add_data_item(name='element degree', default=1, str2type=int)
pool.add_data_item(name='Nx', default=10, str2type=int)
pool.add_data_item(name='Ny', default=10, str2type=int)
pool.add_data_item(name='f', default='-6.0', str2type=str)
pool.add_data_item(name='u0',
default='1 + x[0]*x[0] + 2*x[1]*x[1]',
str2type=str)
# Subpool with built-in FEniCS parameters
pool = fenicsxml2pool('prm.xml', pool)
pool.update()
return pool
def pool_def_api():
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main pool')
pool.add_data_item(name='Filename', widget='file')
return pool
def pool_definition_api():
"""Create and return pool using the parampool.pool API."""
from parampool.pool.Pool import Pool
pool = Pool()
# Go to a subpool, but create it if it does not exist
pool.subpool('Main pool')
pool.subpool('Initial motion data')
# Define data items for the current subpool
pool.add_data_item(name='Initial velocity', default=5.0)
pool.add_data_item(name='Initial angle',
default=45,
widget='range',
minmax=[0, 90])
pool.add_data_item(name='Spinrate', default=50, widget='float', unit='1/s')
# Move to (and create) another subpool, as in a file tree
pool.subpool('../Body and environment data')
# Add data items for the current subpool
pool.add_data_item(name='Wind velocity',
default=0.0,
help='Wind velocity in positive x direction.',
minmax=[-50, 50],
number_step=0.5,
widget='float',
str2type=float)
pool.add_data_item(name='Mass',
default=0.1,
unit='kg',
validate=lambda data_item, value: value > 0)
pool.add_data_item(name='Radius', default=0.11, unit='m')
pool.subpool('../Numerical parameters')
pool.add_data_item(name='Method',
default='RK4',
widget='select',
options=['RK4', 'RK2', 'ForwardEuler'],
help='Numerical solution method.')
pool.add_data_item(name='Time step',
default=None,
widget='textline',
unit='s',
str2type=convert_time_step)
pool.subpool('../Plot parameters')
pool.add_data_item(name='Plot simplified motion', default=True)
pool.add_data_item(name='New plot', default=True)
pool.update()
return pool
def pool_definition_api():
from parampool.pool.Pool import Pool
pool = Pool()
pool.subpool('Main pool')
pool.subpool('Initial motion data')
pool.add_data_item(
name='Initial velocity', default=5.0)
pool.add_data_item(
name='Initial angle', default=45,
widget='range', minmax=[0,90], unit='deg')
pool.add_data_item(
name='Spinrate', default=50, widget='float',
str2type=float, unit='1/s')
pool.subpool('../Body and environment data')
pool.add_data_item(
name='Wind velocity', default=0.0,
help='Wind velocity in positive x direction.')
pool.add_data_item(
name='Mass', default=0.1,
help='Mass of body.', unit='kg')
pool.add_data_item(
name='Radius', default=0.11,
help='Radius of spherical body.', unit='m')
pool.subpool('../Numerical parameters')
pool.add_data_item(
name='Method', default='RK4',
widget='select',
options=['RK4', 'RK2', 'ForwardEuler'],
help='Numerical solution method.')
pool.add_data_item(
name='Time step', default=None,
widget='float', unit='s')
pool.subpool('../Plot parameters')
pool.add_data_item(
name='Plot simplified motion', default=True,
help='Plot motion without drag and lift forces.')
pool.add_data_item(
name='New plot', default=True,
help='Erase all old curves.')
pool.update()
print pool
return pool
