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Write a Python function to run a Parking Lot (PL) simulation, called PLSimulation, which takes four integers as parameters: • The first parameter (minArriving) is the minimum number of cars that can park in the PL during one hour. • The second parameter (maxArriving) is the maximum that can park during one hour. • The third parameter (maxLeaving) is the maximum number of cars that may leave the PL during one hour. • The fourth parameter (hours) is the number of hours to run the simulation. Your function should simulate parking and leaving cars for the specified number of hours. In each hour, the following occurs in this order: 1. A random number of cars arrive, ready to park (between the minimum and maximum). That number is added to a count of the number waiting to park. 2. The maximum number of cars that may leave, allowing the same number of cars to park, so that number is subtracted from the count of the number waiting to park (if there are that many waiting to park). Initially, the number of cars waiting to park is 0. To generate a random number of cars each hour, use the randrange function, which takes two integer parameters, and which must be imported from the random module. After the simulation is over, write a report giving the car arrival rate (between the minimum and maximum), the car departure rate, and the number of cars waiting to park after the simulation has run for the specified number of hours (hours).

Write a Python function to run a Parking Lot (PL) simulation, called PLSimulation, which takes four integers as parameters: • The first parameter (minArriving) is the minimum number of cars that can park in the PL during one hour. • The second parameter (maxArriving) is the maximum that can park during one hour. • The third parameter (maxLeaving) is the maximum number of cars that may leave the PL during one hour. • The fourth parameter (hours) is the number of hours to run the simulation. Your function should simulate parking and leaving cars for the specified number of hours. In each hour, the following occurs in this order: 1. A random number of cars arrive, ready to park (between the minimum and maximum). That number is added to a count of the number waiting to park. 2. The maximum number of cars that may leave, allowing the same number of cars to park, so that number is subtracted from the count of the number waiting to park (if there are that many waiting to park). Initially, the number of cars waiting to park is 0. To generate a random number of cars each hour, use the randrange function, which takes two integer parameters, and which must be imported from the random module. After the simulation is over, write a report giving the car arrival rate (between the minimum and maximum), the car departure rate, and the number of cars waiting to park after the simulation has run for the specified number of hours (hours).

Database System Concepts
Database System Concepts
7th Edition
ISBN:9780078022159
Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan
Chapter1: Introduction
Section: Chapter Questions
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Write a Python function to run a Parking Lot (PL) simulation, called PLSimulation, which takes four integers as parameters: • The first parameter (minArriving) is the minimum number of cars that can park in the PL during one hour. • The second parameter (maxArriving) is the maximum that can park during one hour. • The third parameter (maxLeaving) is the maximum number of cars that may leave the PL during one hour. • The fourth parameter (hours) is the number of hours to run the simulation. Your function should simulate parking and leaving cars for the specified number of hours. In each hour, the following occurs in this order: 1. A random number of cars arrive, ready to park (between the minimum and maximum). That number is added to a count of the number waiting to park. 2. The maximum number of cars that may leave, allowing the same number of cars to park, so that number is subtracted from the count of the number waiting to park (if there are that many waiting to park). Initially, the number of cars waiting to park is 0. To generate a random number of cars each hour, use the randrange function, which takes two integer parameters, and which must be imported from the random module. After the simulation is over, write a report giving the car arrival rate (between the minimum and maximum), the car departure rate, and the number of cars waiting to park after the simulation has run for the specified number of hours (hours).
Transcribed Image Text:Write a Python function to run a Parking Lot (PL) simulation, called PLSimulation, which takes four integers as parameters: • The first parameter (minArriving) is the minimum number of cars that can park in the PL during one hour. • The second parameter (maxArriving) is the maximum that can park during one hour. • The third parameter (maxLeaving) is the maximum number of cars that may leave the PL during one hour. • The fourth parameter (hours) is the number of hours to run the simulation. Your function should simulate parking and leaving cars for the specified number of hours. In each hour, the following occurs in this order: 1. A random number of cars arrive, ready to park (between the minimum and maximum). That number is added to a count of the number waiting to park. 2. The maximum number of cars that may leave, allowing the same number of cars to park, so that number is subtracted from the count of the number waiting to park (if there are that many waiting to park). Initially, the number of cars waiting to park is 0. To generate a random number of cars each hour, use the randrange function, which takes two integer parameters, and which must be imported from the random module. After the simulation is over, write a report giving the car arrival rate (between the minimum and maximum), the car departure rate, and the number of cars waiting to park after the simulation has run for the specified number of hours (hours).
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