Appearance
question:Write a python function to help me analyze a list of survey responses from survivors. Each response is represented as a dictionary containing the keys: 'id' (int), 'satisfaction_score' (int from 1 to 5), and 'comments' (str). I need a function that takes a list of these dictionaries as input and returns a dictionary with two keys: 'average_satisfaction' (a float rounded to 2 decimal places) and 'comments' (a list of all comments sorted alphabetically).Input:- A list of dictionaries, where each dictionary represents a survey response with the keys 'id', 'satisfaction_score', and 'comments'.Expected Output:- A dictionary with two keys: 'average_satisfaction' (float) and 'comments' (list of strings).Example:```pythonresponses = [ {'id': 1, 'satisfaction_score': 4, 'comments': 'Great support'}, {'id': 2, 'satisfaction_score': 5, 'comments': 'Very helpful'}, {'id': 3, 'satisfaction_score': 3, 'comments': 'Average service'}]expected_output = { 'average_satisfaction': 4.0, 'comments': ['Average service', 'Great support', 'Very helpful']}```In this example, the function should calculate the average satisfaction score and return the comments sorted alphabetically.
answer:def analyze_survey_responses(responses): satisfaction_scores = [] comments = [] for response in responses: satisfaction_scores.append(response['satisfaction_score']) comments.append(response['comments']) average_satisfaction = round(sum(satisfaction_scores) / len(satisfaction_scores), 2) sorted_comments = sorted(comments) return { 'average_satisfaction': average_satisfaction, 'comments': sorted_comments }
question:Write a python function to help me track the number of bees returning to the hive after a day of foraging. I have a list of tuples, where each tuple represents a time interval during the day, with the first element as the start time and the second element as the end time in "HH:MM" format. I want to calculate the total number of minutes bees spent outside the hive during these intervals.Input: A list of tuples, where each tuple contains two strings representing the start time and end time in "HH:MM" format.Output: An integer representing the total number of minutes bees spent outside the hive.Example:```pythontime_intervals = [("09:00", "11:30"), ("13:15", "15:45")]```In the example above, the bees were outside the hive from 09:00 to 11:30 and then from 13:15 to 15:45. The expected output is the total number of minutes they were outside.
answer:Here's the Python function to calculate the total number of minutes bees spent outside the hive:```pythondef calculate_time_outside_hive(time_intervals): total_minutes = 0 for start_time, end_time in time_intervals: start_hour, start_minute = map(int, start_time.split(":")) end_hour, end_minute = map(int, end_time.split(":")) start_minutes = start_hour * 60 + start_minute end_minutes = end_hour * 60 + end_minute total_minutes += end_minutes - start_minutes return total_minutes```Here's how the function works:1. The function takes a list of tuples `time_intervals` as input, where each tuple represents a start time and end time in "HH:MM" format.2. Initialize `total_minutes` to 0, which will store the total number of minutes bees spent outside the hive.3. Iterate over each tuple `(start_time, end_time)` in `time_intervals`.4. Split the `start_time` and `end_time` strings into hours and minutes using the `split()` method and convert them to integers using the `map()` function and `int()` function.5. Calculate the number of minutes corresponding to `start_time` and `end_time` by multiplying the hours by 60 and adding the minutes.6. Calculate the difference between `end_minutes` and `start_minutes` and add it to `total_minutes`.7. After iterating over all time intervals, return `total_minutes`.The function assumes that the input times are in the correct format ("HH:MM") and that the end time is always greater than the start time for each interval.
question:Write a python function to analyze a list of strings representing the titles of various artworks, and return a dictionary that counts the occurrences of different animal names found within these titles. The list of animal names should be provided as a separate input to the function. Assume that the comparison is case-insensitive, and animal names should only be counted if they appear as whole words.Inputs:1. A list of strings, `art_titles`, where each string is the title of an artwork.2. A list of strings, `animal_names`, where each string is the name of an animal.Output:- A dictionary where the keys are the animal names and the values are the counts of how many times each animal appears in the list of titles.Example:```pythonart_titles = [ "The Cunning Fox in the Vineyard", "Tiger in the Bamboo Forest", "The Owl and the Pussy-cat", "Lions at Rest", "The Dance of the Cranes"]animal_names = ["fox", "tiger", "owl", "lion", "crane"]# Expected output:# {# "fox": 1,# "tiger": 1,# "owl": 1,# "lion": 1,# "crane": 1# }```Please ensure that the function handles case insensitivity correctly and does not count animal names that are part of other words.
answer:def analyze_art_titles(art_titles, animal_names): animal_counts = {animal: 0 for animal in animal_names} for title in art_titles: title_words = title.lower().split() for animal in animal_names: if animal.lower() in title_words: animal_counts[animal] += 1 return animal_counts
question:Write a python function to simulate the outcome of a Portland Timbers soccer match given a list of goals scored at different timestamps. The function should take two inputs: a list of integers `timbers_goals`, where each integer represents the minute in the game when the Portland Timbers scored, and an integer `total_minutes` representing the total duration of the match (usually 90 or 120 minutes). The function should return a dictionary with keys `"first_half"`, `"second_half"`, and `"total_goals"`, representing the number of goals scored by the Timbers in the first half, the second half, and the total goals in the match, respectively.Input:- `timbers_goals`: List of integers (e.g., `[12, 34, 67, 89]`)- `total_minutes`: Integer (e.g., `90`)Output:- Dictionary with keys `"first_half"`, `"second_half"`, and `"total_goals"` with their respective integer counts.Example:```pythontimbers_goals = [12, 34, 67, 89]total_minutes = 90# Expected output: {'first_half': 2, 'second_half': 2, 'total_goals': 4}```
answer:def simulate_timbers_match(timbers_goals, total_minutes): first_half_goals = 0 second_half_goals = 0 for goal_minute in timbers_goals: if goal_minute <= total_minutes // 2: first_half_goals += 1 else: second_half_goals += 1 return { "first_half": first_half_goals, "second_half": second_half_goals, "total_goals": len(timbers_goals) }
question:Write a python function to calculate the number of days between two dates. The input should be two strings representing dates in the format "YYYY-MM-DD". The output should be an integer representing the number of days between these two dates.For example:- If the input is "2023-10-01" and "2023-10-10", the output should be 9.- If the input is "2021-01-01" and "2020-12-31", the output should be 1.
answer:def calculate_days_between(date1, date2): import datetime date_format = "%Y-%m-%d" date1 = datetime.datetime.strptime(date1, date_format) date2 = datetime.datetime.strptime(date2, date_format) delta = date2 - date1 return delta.days
question:Write a python function to calculate the total number of rides a carousel enthusiast can take given the number of tokens they have and the cost of a single ride in tokens. The function should take two arguments: the number of tokens the enthusiast has (an integer) and the cost of one carousel ride in tokens (an integer). The function should return the total number of rides they can take as an integer.Example:- Input: tokens = 15, cost_per_ride = 3- Expected Output: 5Note: Assume that the enthusiast cannot ride if they don't have enough tokens for a full ride.
answer:def calculate_rides(tokens, cost_per_ride): total_rides = tokens // cost_per_ride return total_rides