Please answer in C format ### Designing a Fight Game: Neo vs. SmithThis educational task involves creating a fight game between two characters, Neo and Smith, using structured programming techniques. The program must be organized with at least three distinct functions. Here are the detailed specifications for developing the game:1. **Display Information:** - The program should display your name and major.2. **Password Function:** - **Request a Password:** The user must input a password, which should consist of multiple characters followed by the return key. - **Mask Input:** For each character entered, display an asterisk (*) character. - **Correct Passwords:** Accept "EGC251" or "egc251" as valid passwords. - **Incorrect Password Handling:** - If the password is incorrect, prompt the user for another attempt. - After a second incorrect entry, inform the user it's their final attempt. - After the third wrong attempt, disregard further input.3. **Game Structure:** - The game comprises three rounds. At each level, calculate a new health level. After three rounds, the player with the higher health level wins.4. **Initial Health Level:** - Randomly assign the initial `health_level` a value between 20.0 and 24.99.5. **Punch Inputs:** - In each round, accept two sequential integer inputs for `punch_N` and `punch_S`, each between 2 and 5.6. **Damage Calculation:** - Calculate damage to the opponent using the formula: - `damage_S = punch_N * (health_level_S * randomized(0.05 - .1))` - `damage_N = punch_S * (health_level_N * randomized(0.05 - .1))`7. **Health Level Update:** - Update each fighter’s health using: - `health_S = health_S * skill - damaged_S` - `health_N = health_N * skill - damaged_N` - Note: `Skill` is a randomized float variable between 0.9 and 1.1, generated each time it's used.8. **Knockout Condition:** - If a fighter's health level drops below 0.5, the fight ends by knockout.9. **Progression:** - If no knockout occurs, proceed to the next round.10. **Winner Determ

Declare header files <stdio.h>, <stdlib.h>, <time.h> , <termios.h>,…

Answered: You are to design a fight game between…

Computer Networking: A Top-Down Approach (7th Edition)

7th Edition

ISBN:9780133594140

Author:James Kurose, Keith Ross

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Chapter1: Computer Networks And The Internet

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Problem R1RQ: What is the difference between a host and an end system? List several different types of end...

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Please answer in C format

### Designing a Fight Game: Neo vs. Smith

This educational task involves creating a fight game between two characters, Neo and Smith, using structured programming techniques. The program must be organized with at least three distinct functions. Here are the detailed specifications for developing the game:

1. **Display Information:**
- The program should display your name and major.

2. **Password Function:**
- **Request a Password:** The user must input a password, which should consist of multiple characters followed by the return key.
- **Mask Input:** For each character entered, display an asterisk (*) character.
- **Correct Passwords:** Accept "EGC251" or "egc251" as valid passwords.
- **Incorrect Password Handling:**
- If the password is incorrect, prompt the user for another attempt.
- After a second incorrect entry, inform the user it's their final attempt.
- After the third wrong attempt, disregard further input.

3. **Game Structure:**
- The game comprises three rounds. At each level, calculate a new health level. After three rounds, the player with the higher health level wins.

4. **Initial Health Level:**
- Randomly assign the initial `health_level` a value between 20.0 and 24.99.

5. **Punch Inputs:**
- In each round, accept two sequential integer inputs for `punch_N` and `punch_S`, each between 2 and 5.

6. **Damage Calculation:**
- Calculate damage to the opponent using the formula:
- `damage_S = punch_N * (health_level_S * randomized(0.05 - .1))`
- `damage_N = punch_S * (health_level_N * randomized(0.05 - .1))`

7. **Health Level Update:**
- Update each fighter’s health using:
- `health_S = health_S * skill - damaged_S`
- `health_N = health_N * skill - damaged_N`
- Note: `Skill` is a randomized float variable between 0.9 and 1.1, generated each time it's used.

8. **Knockout Condition:**
- If a fighter's health level drops below 0.5, the fight ends by knockout.

9. **Progression:**
- If no knockout occurs, proceed to the next round.

10. **Winner Determ

Expert Solution

Program Explaination

Declare header files <stdio.h>, <stdlib.h>, <time.h> , <termios.h>, <unistd.h> and <string.h> for input/output operations, basic libraries like memory allocation, time operations, terminal I/o interface, constants of miscellaneous symbols and string operations respectively.
Declare the functions to be used in the entire code.
Declare main method
Use current time to seed random number generator .
Declare checkPassword() function
Use while do condition to take user input for the password
Use if loop to check the correct password
Use while condition to check the characters in the password
Use if-else loop to compare the strings within the password entered and correct password already mentioned in the code
Declare startGame() void
Initialize variables for Neo and Smith’s health
Use for loop to store their random health values
Check for knockout scenarios with if condition
Use if else statement to check health after three rounds in no knockout condition
Declare generateHealth() method
Return random health values from 20 to 24.99 with rand() command
Declare startRound method after which round 1 shall be started
Use while loop to accept valid punches which is between 2 to 5
Take user input for punches
Calculate the damages for both Smith and Neo
Calculate new health values for both the users
Declare getRandomSkill() function
Generate random skill value with rand() command
Declare CheckKnockout() function with parameters of Neo’s and Smith’s health values
Use if loop to check their knockout condition
Declare getch() function
Take user input and store in file memory.