def menu(request, form):
calories_per_day = form.cleaned_data['calories_per_day']
budget = form.cleaned_data['budget']
address = form.cleaned_data['address']
constraint_names = []
for constraint_name in ('low_sugar', 'high_fiber', 'low_sodium'):
if form.cleaned_data[constraint_name]:
constraint_names.append(constraint_name)
# choose recipes that match constraints
recipes = recipe.read_recipes()
recipes = [r for r in recipes
if r.satisfies_constraints(constraint_names)]
calories_per_meal = calories_per_day * 0.75
menu = MealSelector.select_optimal_menu(recipes, budget, calories_per_meal)
alternate_meals = [r for r in recipes if r not in menu]
for m in alternate_meals:
m.est_price = m.get_display_price(calories_per_meal)
m.est_price = str(m.get_display_price(calories_per_meal))[:5]
m.cook_time = m.convenience/60
m.img = m.images[0]['hostedSmallUrl']
for m in menu:
m.est_price = str(m.get_display_price(calories_per_meal))[:5]
m.cook_time = m.convenience/60
m.img = m.images[0]['hostedSmallUrl']
m.alterns = alternate_meals
# debug
print >> sys.stderr, 'menu:', [r.name for r in menu]
return render(request, 'results.html', {'results_set':menu, 'cals':calories_per_meal})
def menu(request, form):
calories_per_day = form.cleaned_data['calories_per_day']
budget = form.cleaned_data['budget']
address = form.cleaned_data['address']
constraint_names = []
for constraint_name in ('low_sugar', 'high_fiber', 'low_sodium'):
if form.cleaned_data[constraint_name]:
constraint_names.append(constraint_name)
# choose recipes that match constraints
recipes = recipe.read_recipes()
recipes = [r for r in recipes if r.satisfies_constraints(constraint_names)]
calories_per_meal = calories_per_day * 0.75
menu = MealSelector.select_optimal_menu(recipes, budget, calories_per_meal)
alternate_meals = [r for r in recipes if r not in menu]
for m in alternate_meals:
m.est_price = m.get_display_price(calories_per_meal)
m.est_price = str(m.get_display_price(calories_per_meal))[:5]
m.cook_time = m.convenience / 60
m.img = m.images[0]['hostedSmallUrl']
for m in menu:
m.est_price = str(m.get_display_price(calories_per_meal))[:5]
m.cook_time = m.convenience / 60
m.img = m.images[0]['hostedSmallUrl']
m.alterns = alternate_meals
# debug
print >> sys.stderr, 'menu:', [r.name for r in menu]
return render(request, 'results.html', {
'results_set': menu,
'cals': calories_per_meal
})
def select_optimal_menu(budget, calories_per_meal, constraint_names):
# choose recipes that match constraints
recipes = recipe.read_recipes()
recipes = [r for r in recipes
if r.satisfies_constraints(constraint_names)]
penalizer = MealPenalizer(budget, calories_per_meal)
driver = SelectionDriver(penalizer.penalty)
menu = driver.pick_menu(recipes)
return menu
def savemenu(request):
meal_set = [request.GET.get('meal-1'), request.GET.get('meal-2'),
request.GET.get('meal-3'),request.GET.get('meal-4'),request.GET.get('meal-5'),
request.GET.get('meal-6'),request.GET.get('meal-7')]
cals = float(request.GET.get('cals'))
recipe_set = list()
recipes = dict(((i.name, i) for i in read_recipes()))
# print recipes.keys()
for id in meal_set:
if (id == '0'):
continue
recipe_set.append(recipes[id])
res_set, price = get_menu_price(recipe_set, cals)
print res_set, price
return render(request, 'shoppinglist.html', {'results_set':res_set, 'total':price})
def savemenu(request):
meal_set = [
request.GET.get('meal-1'),
request.GET.get('meal-2'),
request.GET.get('meal-3'),
request.GET.get('meal-4'),
request.GET.get('meal-5'),
request.GET.get('meal-6'),
request.GET.get('meal-7')
]
cals = float(request.GET.get('cals'))
recipe_set = list()
recipes = dict(((i.name, i) for i in read_recipes()))
# print recipes.keys()
for id in meal_set:
if (id == '0'):
continue
recipe_set.append(recipes[id])
res_set, price = get_menu_price(recipe_set, cals)
print res_set, price
return render(request, 'shoppinglist.html', {
'results_set': res_set,
'total': price
})
import os
import sys
import json
# HACK HACK
os.environ['DJANGO_SETTINGS_MODULE'] = 'ehfl.settings'
PARENT_DIR = os.path.join(os.path.dirname(os.path.dirname(os.path.abspath(__file__))), '')
sys.path.insert(0, PARENT_DIR)
from glob import glob
from ehfl.models import Ingredient
from ehfl.recipe import read_recipes
recipes = read_recipes()
all_ingredients = {}
all_units = {}
for r in recipes:
for qty, unit, name in r.ingredientLines:
all_ingredients[name] = True
all_units[unit] = True
Ingredient.objects.get_or_create(name=name,
defaults={'price_per_kg': 2.00})
ingredients = list(sorted(all_ingredients.keys()))
print
print 'ALL INGREDIENTS'
print
for ing in ingredients:
print ing
import sys
import json
import numpy
# HACK HACK
os.environ['DJANGO_SETTINGS_MODULE'] = 'ehfl.settings'
PARENT_DIR = os.path.join(
os.path.dirname(os.path.dirname(os.path.abspath(__file__))), '')
sys.path.insert(0, PARENT_DIR)
from glob import glob
from ehfl.models import Ingredient
from ehfl.recipe import read_recipes
recipes = read_recipes()
print 'MIN_SATURATED_FAT_PER_CALORIE =', min(
[r.saturated_fat_per_calorie for r in recipes])
print 'MAX_SATURATED_FAT_PER_CALORIE =', max(
[r.saturated_fat_per_calorie for r in recipes])
# constraint thresholds
print 'MAX_SODIUM_PER_CALORIE =', numpy.median(
[r.sodium_per_calorie for r in recipes])
print 'MAX_SUGAR_PER_CALORIE =', numpy.median(
[r.sugar_per_calorie for r in recipes])
print 'MIN_FIBER_PER_CALORIE =', numpy.median(
[r.fiber_per_calorie for r in recipes])
for r in recipes:
