def main():
pool = define_input()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
s, s_unit = distance_unit(pool)
print 's=%g' % s, s_unit
def main():
pool = define_input()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
s, s_unit = distance_unit(pool)
print 's=%g' % s, s_unit
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
def main_table():
"""Make a table of s values based on multiple input of v_0, t, a."""
pool = define_input()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
table = distance_table(pool)
print '|-----------------------------------------------------|'
print '| v_0 | a | t | s |'
print '|-----------------------------------------------------|'
for v_0, a, t, s in table:
print '|%11.3f | %10.3f | %10.3f | %12.3f |' % (v_0, a, t, s)
print '|-----------------------------------------------------|'
def main_table():
"""Make a table of s values based on multiple input of v_0, t, a."""
pool = define_input()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
table = distance_table(pool)
print '|-----------------------------------------------------|'
print '| v_0 | a | t | s |'
print '|-----------------------------------------------------|'
for v_0, a, t, s in table:
print '|%11.3f | %10.3f | %10.3f | %12.3f |' % (v_0, a, t, s)
print '|-----------------------------------------------------|'
import os
from compute import compute as compute_function
# Pool object (must be imported before model)
from compute import define_pool as pool_function
pool = pool_function()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
from flask import Flask, render_template, request
from model import Compute
# Application object
app = Flask(__name__)
# Path to the web application
@app.route('/', methods=['GET', 'POST'])
def index():
form = Compute(request.form)
if request.method == 'POST': # and form.validate():
# Send data to Pool object
from compute import compute_motion_and_forces_with_pool as compute_function
# Pool object (must be imported before compute_motion_and_forces_with_pool_pool_definition_api_models
from compute import pool_definition_api as pool_function
pool = pool_function()
# Can define other default values in a file: --poolfile name
from parampool.pool.UI import set_defaults_from_file
pool = set_defaults_from_file(pool)
# Can override default values on the command line
from parampool.pool.UI import set_values_from_command_line
pool = set_values_from_command_line(pool)
from django.shortcuts import render_to_response
from django.template import RequestContext
from compute_motion_and_forces_with_pool_pool_definition_api_models import MotionAndForcesWithPool, MotionAndForcesWithPoolForm
def index(request):
result = None
form = MotionAndForcesWithPoolForm(request.POST or None)
if request.method == 'POST' and form.is_valid():
for field in form:
name = MotionAndForcesWithPool._meta.get_field(field.name).verbose_name.strip()
value = field.data
pool.set_value(name, value)
result = compute(pool)
form = MotionAndForcesWithPoolForm(request.POST)
return render_to_response(
"compute_motion_and_forces_with_pool_pool_definition_api_index.html",
