def generate_round():
first_number = generate_random_number(10, 15)
second_number = generate_random_number(10, 10)
operator = choice(OPERATORS)
question = '{} {} {}'.format(first_number, operator, second_number)
correct_answer = calculate(first_number, second_number, operator)
return {'question': question, 'correct_answer': str(correct_answer)}
def generate_task():
first_num = generate_random_number()
second_num = generate_random_number()
sign, operation = random.choice(ARITHMETIC_OPERATIONS)
question = "{} {} {}".format(first_num, sign, second_num)
correct_answer = str(operation(first_num, second_num))
return (question, correct_answer)
def generate_round():
first_number = generate_random_number(0, 12)
second_number = generate_random_number(0, 15)
question = '{} {}'.format(first_number, second_number)
correct_answer = gcd(first_number, second_number)
return {
'question': question,
'correct_answer': str(correct_answer)
}
def generate_round():
progression_step = generate_random_number(0, 20)
progression_start = generate_random_number(0, 100)
progression_length = generate_random_number(5, 10)
numbers = generate_progression(progression_start, progression_step,
progression_length)
hidden_index = generate_random_number(0, len(numbers) - 1)
return {
'question': get_question(numbers, hidden_index),
'correct_answer': str(numbers[hidden_index])
}
def generate_round():
number = generate_random_number(0, 20)
correct_answer = 'yes' if is_even(number) else 'no'
return {
'question': str(number),
'correct_answer': correct_answer
}
def generate_task():
first_element = generate_random_number()
common_difference = generate_random_number(MIN_COMMON_DIFFERENCE)
hidden_element_index = generate_random_number(
MIN_PROGRESSION_INDEX,
MAX_PROGRESSION_INDEX
)
sequence = []
sequence_with_hidden_element = []
for i in range(PROGRESSION_LENGTH):
element = first_element + common_difference * i
sequence.append(element)
if i == hidden_element_index:
sequence_with_hidden_element.append("..")
else:
sequence_with_hidden_element.append(element)
correct_answer = str(sequence[hidden_element_index])
question = " ".join(list(map(str, sequence_with_hidden_element)))
return (question, correct_answer)
def generate_task():
first_num = generate_random_number()
second_num = generate_random_number()
question = "{} {}".format(first_num, second_num)
correct_answer = str(gcd(first_num, second_num))
return (question, correct_answer)
def generate_task():
question = generate_random_number()
correct_answer = "yes" if is_prime(question) else "no"
return (question, correct_answer)