Exercise 2: The Hogwarts School of Witchcraft and Wizardry welcomes you! First-year students must go through the annual Sorting Ceremony. The Sorting Hat is a talking hat at Hogwarts that magically determines which of the four school Houses each new student belongs most to: Gryffindor Hufflepuff Ravenclaw Slytherin Your task is the following: • Write a sortinghat.cpp program that asks the user some questions and places them into one of the four Houses based on their answers! ● ●

Computer Networking: A Top-Down Approach (7th Edition)
7th Edition
ISBN:9780133594140
Author:James Kurose, Keith Ross
Publisher:James Kurose, Keith Ross
Chapter1: Computer Networks And The Internet
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Exercise 2:
The Hogwarts School of Witchcraft and Wizardry welcomes you! First-year students must go
through the annual Sorting Ceremony.
The Sorting Hat is a talking hat at Hogwarts that magically determines which of the four school
Houses each new student belongs most to:
Gryffindor
Hufflepuff
Ravenclaw
●
Slytherin
Your task is the following:
Write a sortinghat.cpp program that asks the user some questions and places them into
one of the four Houses based on their answers!
Transcribed Image Text:Exercise 2: The Hogwarts School of Witchcraft and Wizardry welcomes you! First-year students must go through the annual Sorting Ceremony. The Sorting Hat is a talking hat at Hogwarts that magically determines which of the four school Houses each new student belongs most to: Gryffindor Hufflepuff Ravenclaw ● Slytherin Your task is the following: Write a sortinghat.cpp program that asks the user some questions and places them into one of the four Houses based on their answers!
Expert Solution
Step 1: Algorithm
  1. Print a welcome message and introduce the Sorting Hat Ceremony.
  2. Ask the user for their name and store it in a variable.
  3. Print a message to greet the user.
  4. Initialize variables to keep track of points for each house (e.g., gryffindorPoints, hufflepuffPoints, ravenclawPoints, slytherinPoints) and set them to 0.
  5. Present the first question and its answer choices.
  6. Prompt the user to enter their answer and store it in a variable.
  7. Use a switch statement to update the points for the corresponding house based on the user's answer.
  8. Repeat steps 5-7 for additional questions, adding more cases to the switch statement for each question.
  9. Compare the points for each house to determine which house has the highest score.
  10. Assign the user to the house with the highest score and store the house name in a variable.
  11. Print a congratulatory message to the user, indicating which house they have been sorted into.
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