def main_nutrients_percents(self, main_nutrients, index):
"""(RecipeData, list, int) -> Array
Returns the array of two arrays. First consists
of the names of main nutrients with amounts
and second consists of the percents of daily needs
of those nutrients.
"""
information = Array(2)
length = self.count_main_nutrients(main_nutrients, index)
main_nutrition = Array(length)
main_percents = Array(length)
k = 0
for i in range(len(self._nutrients[index])):
if self._nutrients[index][i][0] in main_nutrients:
name = self._nutrients[index][i][0]
value = self._nutrients[index][i][1]
unit = self._nutrients[index][i][2]
percent = int(self._nutrients[index][i][3])
new_subs = name + " " + str(value) + unit
main_nutrition[k] = new_subs
main_percents[k] = percent
k += 1
if k == length:
break
information[0] = main_nutrition
information[1] = main_percents
return information
def other_nutrients_percents(self, main_nutrients, index):
"""(RecipeData, list, int) -> Array
Returns the array of two arrays. First consists
of the names of vitamins, minerals, etc with amounts
and second consists of the percents of daily needs
of those vitamins and minerals.
"""
information_other = Array(2)
length = len(self._nutrients[index]) - 1 -\
self.count_main_nutrients(main_nutrients, index)
other_nutrients = Array(length)
other_percents = Array(length)
k = 0
for i in range(len(self._nutrients[index])):
if self._nutrients[index][i][0] not in main_nutrients and\
i != 0:
name = self._nutrients[index][i][0]
value = self._nutrients[index][i][1]
unit = self._nutrients[index][i][2]
percent = int(self._nutrients[index][i][3])
new_subs = name + " " + str(value) + unit
other_nutrients[k] = new_subs
other_percents[k] = percent
k += 1
information_other[0] = other_nutrients
information_other[1] = other_percents
return information_other
def healthy_score(self):
"""(RecipeData) -> Array
Returns the array with values of health score
of all recipes.
"""
healthy_array = Array(self._arr_size)
k = 0
for item in self._main_info:
healthy_array[k] = item[3][1]
k += 1
return healthy_array
def get_recipe_urls(self):
"""(RecipeData) -> Array
Returns the array of urls
of all recipes.
"""
urls_array = Array(self._arr_size)
k = 0
for item in self._main_info:
urls_array[k] = item[5][1]
k += 1
return urls_array
def calories(self):
"""(RecipeData) -> Array
Returns the array with the numbers of calories in
all recipes.
"""
calories_array = Array(self._arr_size)
k = 0
for item in self._nutrients:
value = str(item[0][1]) + " cal"
calories_array[k] = value
k += 1
return calories_array
def time_cooking(self):
"""(RecipeData) -> Array
Returns the array with values of cooking time
of all recipes.
"""
time_array = Array(self._arr_size)
k = 0
for item in self._main_info:
value = str(item[4][1]) + " minutes"
time_array[k] = value
k += 1
return time_array
def printDistanceMatrix(matrix, table):
labels = Array(len(table))
position = 0
for label in table:
labels[table[label]] = label
position += 1
print(" " * 14 + "".join(["{s:^{w}}".format(s=x, w=10)for x in labels]))
print(" " * 14 + "".join(["{s:^{w}}".format(s=x, w=10) for x in range(len(labels))]))
for row in range(matrix.getHeight()):
print("%8s %2d " % (labels[row], row), end ="")
print("".join(["{s:^{w}}".format(s=x, w=10) for x in matrix[row]]))
def healthiness(self):
"""(RecipeData) -> Array
Returns the array with values of the healthiness
of all recipes.
"""
healthy_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[0][1] is False:
value = "not healthy"
else:
value = "healthy"
healthy_array[k] = value
k += 1
return healthy_array
def search_diets(self):
"""(RecipeData) -> Array
Returns the array of diets
of all recipes.
"""
diets_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[8][1] == []:
diets_array[k] = "no information"
else:
value = ", ".join(item[8][1])
diets_array[k] = value
k += 1
return diets_array
def search_types(self):
"""(RecipeData) -> Array
Returns the array of dish types
of all recipes.
"""
types_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[7][1] == []:
types_array[k] = "no information"
else:
value = ", ".join(item[7][1])
types_array[k] = value
k += 1
return types_array
def search_cuisines(self):
"""(RecipeData) -> Array
Returns the array of cuisines
of all recipes.
"""
cuisines_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[6][1] == []:
cuisines_array[k] = "no information"
else:
value = ", ".join(item[6][1])
cuisines_array[k] = value
k += 1
return cuisines_array
def is_popular(self):
"""(RecipeData) -> Array
Returns the array with values of popularity
of all recipes.
"""
popularity_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[2][1] is False:
value = "not popular"
else:
value = "popular"
popularity_array[k] = value
k += 1
return popularity_array
def cheap(self):
"""(RecipeData) -> Array
Returns the array with values cheap or not cheap
to cook a certain dish.
"""
cheap_array = Array(self._arr_size)
k = 0
for item in self._main_info:
if item[1][1] is False:
value = "not cheap to cook"
else:
value = "cheap to cook"
cheap_array[k] = value
k += 1
return cheap_array
def nutrients_per_day(self):
"""(RecipeSearch) -> Array
Returns the array with amount of nutrients for the
mealplans search.
"""
if self.query != 'mealplans/generate':
return 'This information cannot be obtained from such a request'
nutrients_per_day = Array(3)
dct_nutrition = self.data['nutrients']
i = 0
for key, value in dct_nutrition.items():
if key != "calories":
val_pair = (key, value)
nutrients_per_day[i] = val_pair
i += 1
return nutrients_per_day