PYTHON PROGRAMMING ONLY PLZ( USING STACKS AND QUEUES)(DO NOT JUST PRINT THE RAW LIST MUST BE IN A STACK) my code and an example of a stack will be below just need help a little confused.Write a small program that simulates a doctor's Office.Your office will perform the following tasksKeep track of the waiting list using a queue Keep track of what checks need to happen to each person in a stack (check temperature, check weight, etc..). Your program willAsk the patient for their name. (you will store this data in a queue) (You must have at least 4 names in your queue before calling them to the doctor)Ask the customers what brings them in today Display to the consoleYou will show your patients being called to the doctor and the queue changing. Describe your queue do not just print the raw listYou will show the doctor administering the checks in the stack and your stack being updated.Describe your stack do not just print the raw stackHow you create the doctor's office and show the above criteria is up to you. I want to see your individual design of the application. As long as you implement all the requirements above. ### Creating a Stack in PythonA stack is a data structure that follows the Last In First Out (LIFO) format. This means the last element added to the stack will be the first one to be removed.#### Code Explanation1. **Initialize an Empty List as a Stack:** ```python myStack = [] ```2. **Add Data to the Stack:** ```python myStack.append('A') myStack.append('B') myStack.append('C') myStack.append('D') ```3. **Print the Raw Stack:** This line prints the current state of the stack to show all elements inside it. ```python print(myStack) ```4. **Print Stack in a Formatted Manner:** The `printStack` function displays each element of the stack with its position: ```python def printStack(myStack): count = 1 for items in myStack: print(f'{count} - {items}\n') count += 1 ``` - **Call the Print Function:** ```python printStack(myStack) ```5. **Remove an Item from the Stack:** The `pop` method is used to remove the last item entered (Last In First Out): ```python print('-remove an item from stack (last in first out)-') myPopedItem = myStack.pop() printStack(myStack) ```This code demonstration efficiently shows how to implement a basic stack using Python’s list data structure, including adding, viewing, and removing elements. ```python# List of patientsPatients = ['John', 'Paul', 'George', 'Ringo']# List of medical checks to be performedChecks = ['temperature', 'weight', 'blood pressure', 'pulse']# Initial message indicating the doctor's office is openprint('Doctor\'s office')# Welcome message in the waiting roomprint('Waiting room')# Loop through each patient to seat them in the waiting roomfor i in range(len(Patients)): print('Please take a seat,', Patients[i])# Message indicating the doctor will see the patients soonprint('Doctor will see you shortly')# Process each patient for their medical checksfor i in range(len(Patients)): print('Please follow me,', Patients[i]) # Patient is called for checks # Perform each check for the current patient for j in range(len(Checks)): print('Checking', Checks[j], 'for', Patients[i]) # Completion message for the patient print('All done,', Patients[i], 'thank you for your visit')# Final message indicating the doctor's office is closedprint('Doctor\'s office is now closed')```### ExplanationThis Python script simulates the process of attending to patients in a doctor's office. It includes a list of patients and a set of medical checks. The program prints messages guiding the patients through seating, medical checks, completion of the process, and finally, closure of the office.

This python program implements two data structures namely stack and queue. Stack works on LIFO…

Answered: PYTHON PROGRAMMING ONLY PLZ( USING…

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

Problem 1PE

See similar textbooks

Related questions

Question

PYTHON PROGRAMMING ONLY PLZ( USING STACKS AND QUEUES)(DO NOT JUST PRINT THE RAW LIST MUST BE IN A STACK) my code and an example of a stack will be below just need help a little confused.

Write a small program that simulates a doctor's Office.

Your office will perform the following tasks

Keep track of the waiting list using a queue
Keep track of what checks need to happen to each person in a stack (check temperature, check weight, etc..).

Your program will

Ask the patient for their name. (you will store this data in a queue) (You must have at least 4 names in your queue before calling them to the doctor)
Ask the customers what brings them in today

Display to the console

You will show your patients being called to the doctor and the queue changing.

Describe your queue do not just print the raw list

You will show the doctor administering the checks in the stack and your stack being updated.

Describe your stack do not just print the raw stack

How you create the doctor's office and show the above criteria is up to you. I want to see your individual design of the application. As long as you implement all the requirements above.

### Creating a Stack in Python

A stack is a data structure that follows the Last In First Out (LIFO) format. This means the last element added to the stack will be the first one to be removed.

#### Code Explanation

1. **Initialize an Empty List as a Stack:**

```python
myStack = []
```

2. **Add Data to the Stack:**

```python
myStack.append('A')
myStack.append('B')
myStack.append('C')
myStack.append('D')
```

3. **Print the Raw Stack:**

This line prints the current state of the stack to show all elements inside it.

```python
print(myStack)
```

4. **Print Stack in a Formatted Manner:**

The `printStack` function displays each element of the stack with its position:

```python
def printStack(myStack):
count = 1
for items in myStack:
print(f'{count} - {items}\n')
count += 1
```

- **Call the Print Function:**

```python
printStack(myStack)
```

5. **Remove an Item from the Stack:**

The `pop` method is used to remove the last item entered (Last In First Out):

```python
print('-remove an item from stack (last in first out)-')
myPopedItem = myStack.pop()
printStack(myStack)
```

This code demonstration efficiently shows how to implement a basic stack using Python’s list data structure, including adding, viewing, and removing elements.

```python
# List of patients
Patients = ['John', 'Paul', 'George', 'Ringo']

# List of medical checks to be performed
Checks = ['temperature', 'weight', 'blood pressure', 'pulse']

# Initial message indicating the doctor's office is open
print('Doctor\'s office')

# Welcome message in the waiting room
print('Waiting room')

# Loop through each patient to seat them in the waiting room
for i in range(len(Patients)):
print('Please take a seat,', Patients[i])

# Message indicating the doctor will see the patients soon
print('Doctor will see you shortly')

# Process each patient for their medical checks
for i in range(len(Patients)):
print('Please follow me,', Patients[i]) # Patient is called for checks

# Perform each check for the current patient
for j in range(len(Checks)):
print('Checking', Checks[j], 'for', Patients[i])

# Completion message for the patient
print('All done,', Patients[i], 'thank you for your visit')

# Final message indicating the doctor's office is closed
print('Doctor\'s office is now closed')
```

### Explanation
This Python script simulates the process of attending to patients in a doctor's office. It includes a list of patients and a set of medical checks. The program prints messages guiding the patients through seating, medical checks, completion of the process, and finally, closure of the office.

Expert Solution

Step by step

Solved in 3 steps with 1 images

SEE SOLUTION Check out a sample Q&A here

Knowledge Booster

Learn more about

Need a deep-dive on the concept behind this application? Look no further. Learn more about this topic, computer-science and related others by exploring similar questions and additional content below.