weight and the name of a planet. Use an enumerated type called planetType to represent the planets and use a switch statement that takes as its condition a planetType variable. The program, via the switch statement, then outputs how much the user would weigh on that planet. The following table gives the factor by which the weight must be multiplied for each planet. Your program must have the following functions in it: GetUserInput(), ConvertInputToPlanetType(), and OutputWeight() (your switch statement must be in OutputWeight(0). I will let you determine what each function's parameters and return types should be. The program will output an error message if the user does not type a correct planet name. The prompt and the error message will make it clear to the user how a planet name must be entered. Use proper formatting and appropriate comments in your code. The output must be labeled clearly and formatted neatly.

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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**C++ Programming: Planetary Weight Calculator**

In this exercise, you will learn how to write a C++ program that prompts the user to enter their weight and the name of a planet. You will use an enumerated type called `planetType` to represent the planets and implement a switch statement that utilizes the `planetType` variable.

### Program Requirements:
- **Functions**: Your program must include the following functions:
  - `GetUserInput()`
  - `ConvertInputToPlanetType()`
  - `OutputWeight()` 
  - The switch statement must be housed within the `OutputWeight()` function.
  
- **Error Handling**: The program should provide an error message if the user inputs an incorrect planet name. Ensure that both prompts and error messages guide the user in how to correctly enter a planet name.

- **Code Quality**: Use proper formatting and include appropriate comments in your code. Labels and outputs must be clearly stated and neatly organized.

### Weight Conversion Table:

| Planet  | Factor  |
|---------|---------|
| Mercury | 0.4155  |
| Venus   | 0.8975  |
| Earth   | 1.0     |
| Moon    | 0.166   |
| Mars    | 0.3507  |
| Jupiter | 2.5374  |
| Saturn  | 1.0677  |
| Uranus  | 0.8947  |
| Neptune | 1.1794  |
| Pluto   | 0.0899  |

This table indicates the factor by which the user's weight must be multiplied to calculate their weight on each planet.
Transcribed Image Text:**C++ Programming: Planetary Weight Calculator** In this exercise, you will learn how to write a C++ program that prompts the user to enter their weight and the name of a planet. You will use an enumerated type called `planetType` to represent the planets and implement a switch statement that utilizes the `planetType` variable. ### Program Requirements: - **Functions**: Your program must include the following functions: - `GetUserInput()` - `ConvertInputToPlanetType()` - `OutputWeight()` - The switch statement must be housed within the `OutputWeight()` function. - **Error Handling**: The program should provide an error message if the user inputs an incorrect planet name. Ensure that both prompts and error messages guide the user in how to correctly enter a planet name. - **Code Quality**: Use proper formatting and include appropriate comments in your code. Labels and outputs must be clearly stated and neatly organized. ### Weight Conversion Table: | Planet | Factor | |---------|---------| | Mercury | 0.4155 | | Venus | 0.8975 | | Earth | 1.0 | | Moon | 0.166 | | Mars | 0.3507 | | Jupiter | 2.5374 | | Saturn | 1.0677 | | Uranus | 0.8947 | | Neptune | 1.1794 | | Pluto | 0.0899 | This table indicates the factor by which the user's weight must be multiplied to calculate their weight on each planet.
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