def population_question(data: list) -> Question:
question_choice = choice(['largest', 'smallest'])
question_text = f'Which of these countries has the {question_choice} population?'
# Create answers.
answers = []
for element in data:
# Create useful data from urls.
country = get_resource_url(element, 'country')
population = int(get_resource_url(element, 'population'))
# Format so it's easy to work with.
answers.append({'population': population, 'country': country})
# Sort from largest population to smallest, or reverse.
answers.sort(key=lambda x: x['population'], reverse=False if question_choice == 'smallest' else True)
# Creates answer-objects.
answers = [
Answer(answer['country'], True if i == 0 else False, f"That is correct! The population of {answer['country']} is around {round(answer['population'] / 1_000_000, 1)} Million.")
for i, answer in enumerate(answers)
]
shuffle(answers)
return Question(question_text, answers)
def actor_has_actor_parent_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
actor = get_resource_url(element, "actorLabel")
parent_value = get_resource_url(element, "bool")
if i == 0:
question_text = f"Did the actor {actor} have a parent who was also an actor?"
answer_text = f"That is correct"
answers.append(Answer(parent_value, True, answer_text))
else:
answer_text = f"That is incorrect"
answers.append(Answer(parent_value, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def currency_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
country = get_resource_url(element, "country")
currency_code = element["currencyCode"]["value"]
if i == 0:
question_text = f"What currency code does {country} use?"
answer_text = f"That is correct {country} has {currency_code} as their currency code."
answers.append(Answer(currency_code, True, answer_text))
else:
answer_text = f"That is incorrect, {country} has {currency_code} as their currency code."
answers.append(Answer(currency_code, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def capital_question(data: list) -> Question:
# Create answers.
answers = []
for i, element in enumerate(data):
# Create useful data from urls.
country = get_resource_url(element, 'country')
capital = get_resource_url(element, 'capital')
# First element is the correct answer.
if i == 0:
question_text = f'What is the capital of {country}?'
answers.append(Answer(capital, True, f'That is correct, the capitol of {country} is {capital}'))
else:
answers.append(Answer(capital, False, f'That is incorrect, the capitol of {country} is {capital}'))
shuffle(answers)
return Question(question_text, answers)
def island_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
country = get_resource_url(element, 'country')
island = get_resource_url(element, 'island')
if i == 0:
question_text = f'In what country is the island {island} located in?'
answer_text = f'That is correct, the island {island} is located in {country}.'
answers.append(Answer(country, True, answer_text))
else:
answer_text = f'That is incorrect, the island {island} is located in {country}.'
answers.append(Answer(country, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def land_locked_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
country = get_resource_url(element, "countryLabel")
locked_value = get_resource_url(element, "locked")
if i == 0:
question_text = f'Is {country} landlocked?'
answer_text = f'That is correct'
answers.append(Answer(locked_value, True, answer_text))
else:
answer_text = f'That is incorrect'
answers.append(Answer(locked_value, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def olympics_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
country = get_resource_url(element, 'country')
olympic = get_resource_url(element, 'olympic')
if i == 0:
question_text = f'What country hosted the {olympic} olympics?'
answer_text = f'That is correct, {country} hosted the {olympic} olympics.'
answers.append(Answer(country, True, answer_text))
else:
answer_text = f'That is incorrect, {country} hosted the {olympic} olympics.'
answers.append(Answer(country, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def country_neighbors_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
start_country = get_resource_url(element, "startLabel")
middle_country = get_resource_url(element, "middleLabel")
end_country = get_resource_url(element, "endLabel")
if i == 0:
question_text = f"What common neighbour does {start_country} and {end_country} have?"
answers_text = f"That is correct, {middle_country} connects {start_country} and {end_country}."
answers.append(Answer(middle_country, True, answers_text))
else:
answer_text = f"That is incorrect, {middle_country} is neighbours with {start_country} and {end_country}."
answers.append(Answer(middle_country, False, answer_text))
shuffle(answers)
return Question(question_text, answers)
def largest_city_question(data: list) -> Question:
question_choice = choice(['largest', 'smallest'])
question_text = f'Which of these cities has the {question_choice} population?'
answers = []
for element in data:
city = get_resource_url(element, "cityLabel")
population = int(get_resource_url(element, 'population'))
answers.append({'population': population, 'city': city})
answers.sort(key=lambda x: x['population'], reverse=False if question_choice == 'smallest' else True)
answers = [
Answer(answer['city'], True if i == 0 else False, f"That is correct! The population of {answer['city']} is around {round(answer['population'] / 1_000_000, 1)} Million.")
for i, answer in enumerate(answers)
]
shuffle(answers)
return Question(question_text, answers)
def actors_question(data: list) -> Question:
question_data = []
for element in data:
actors = get_resource_url(element, "actors").split(",")
movie = get_resource_url(element, "movieLabel")
question_data.append([movie, set(actors)])
# Remove actors from other movies to make sure we dont get multiple correct alternatives
# Removes all actors which were present in both the first movie (we base our question on) and in each other movie
for i in range(len(question_data) - 1):
question_data[0][1] - question_data[i + 1][1]
# Converts back to list
for i in range(len(question_data)):
question_data[i][1] = list(question_data[i][1])
answers = []
for i, element in enumerate(question_data):
movie = element[0]
actor = element[1]
if i == 0:
two_random_actors = sample(actor, 2)
question_text = f"In which movie did {two_random_actors[0]} and {two_random_actors[1]} play together?"
answers.append(
Answer(
movie, True,
f"That is correct, {two_random_actors[0]} and {two_random_actors[1]} played together in {movie}"
))
else:
answers.append(
Answer(
movie, False,
f"That is incorrent, {two_random_actors[0]} and {two_random_actors[1]} played together in {movie}"
))
shuffle(answers)
return Question(question_text, answers)
def academy_awards_person_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
award_count = get_resource_url(element, "count")
person = get_resource_url(element, "actorLabel")
if i == 0:
question_text = f"How many academy awards has {person} won?"
answers.append(
Answer(
award_count, True,
f"That is correct, {person} has won {award_count} academy awards."
))
else:
answers.append(
Answer(
award_count, False,
f"That is incorrect, {person} has won {award_count} academy awards."
))
shuffle(answers)
return Question(question_text, answers)
def movie_length_question(data: list) -> Question:
question_choice = choice(["longest", "shortest"])
question_text = f"Which of these movies has the {question_choice} runtime?"
answers = []
for element in data:
movie = get_resource_url(element, "movieLabel")
runtime = round(float(get_resource_url(element, "lengthLabel")))
answers.append({"movie": movie, "runtime": runtime})
answers.sort(key=lambda x: x['runtime'],
reverse=False if question_choice == 'shortest' else True)
answers = [
Answer(
answer['movie'], True if i == 0 else False,
f"That is correct! The runtime of {answer['movie']} is around {answer['runtime'] / 60, 2} Hours."
) for i, answer in enumerate(answers)
]
shuffle(answers)
return Question(question_text, answers)
def release_year_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
year = get_resource_url(element, "year")
movie = get_resource_url(element, "movieLabel")
if i == 0:
question_text = f"When was the movie {movie} released?"
answers.append(
Answer(
year, True,
f"That is correct, the movie {movie} was realeased in {year}"
))
else:
answers.append(
Answer(
year, False,
f"That is incorrect, the movie {movie} was realeased in {year}"
))
shuffle(answers)
return Question(question_text, answers)
def director_question(data: list) -> Question:
answers = []
for i, element in enumerate(data):
director = get_resource_url(element, "directorLabel")
movie = get_resource_url(element, "movieLabel")
if i == 0:
question_text = f"Who directed {movie}?"
answers.append(
Answer(
director, True,
f"That is correct, the director of {movie} was {director}."
))
else:
answers.append(
Answer(
director, False,
f"That is incorrect, the director of {movie} was {director}."
))
shuffle(answers)
return Question(question_text, answers)