Wise_Project.py

from collections import deque

def calculate_delay_time(arrival_times, durations):
    total_delay = 0
    job_queue = deque()
    current_time = arrival_times[0]

    for i, arrival_time in enumerate(arrival_times):
        while current_time < arrival_time:
            if job_queue:
                job = job_queue.popleft()
                total_delay += current_time - job['arrival_time']

            current_time += 1

        job = {'arrival_time': arrival_time, 'duration': durations[i]}
        job_queue.append(job)
        current_time += 1

    # Finish remaining jobs in the queue
    while job_queue:
        job = job_queue.popleft()
        total_delay += current_time - job['arrival_time']

    return total_delay

# Input data for each day
days = ['MONDAY', 'TUESDAY', 'WEDNESDAY', 'THURSDAY', 'FRIDAY']
arrival_times = [
    [8, 12],  # Monday
    [8, 9, 11],  # Tuesday
    [8, 10],  # Wednesday
    [8, 9, 10],  # Thursday
    [8, 12],  # Friday
]
durations = [
    [4, 6],  # Monday
    [4, 6, 5],  # Tuesday
    [4, 6],  # Wednesday
    [4, 6, 5],  # Thursday
    [4, 6],  # Friday
]

# Calculate average delay for each day
average_delays = []
for day in range(len(days)):
    delay_time = calculate_delay_time(arrival_times[day], durations[day])
    average_delay = delay_time / len(arrival_times[day])
    average_delays.append(average_delay)

# Calculate overall average delay
total_jobs = sum(len(arrival_times[day]) for day in range(len(days)))
overall_delay = sum(average_delays) / len(days)

# Print the table
print("DAY")
for day, average_delay in zip(days, average_delays):
    print(day)
print("AVERAGE DELAY")
for average_delay in average_delays:
    print(f"{average_delay:.2f} minutes")
print(f"Overall Average Delay: {overall_delay:.2f} minutes")