Flowgorithm Guessing Game 999 How to Quit

Flowgorithm is a visual programming tool designed to teach beginners the basics of programming concepts using flowcharts. One popular project users create in Flowgorithm is a guessing game where the player tries to guess a random number generated by the program. If you’ve implemented or encountered a version of this guessing game with a target number like “999” as an exit condition, it’s important to know how to handle the quitting mechanism effectively.

This article will walk you through the concept of a Flowgorithm guessing game with an exit feature and how to design or interact with it to quit gracefully.

Understanding the Guessing Game Logic

In a typical guessing game created in Flowgorithm:

1. The program generates a random number that the user needs to guess.
2. The user inputs their guesses, and the program provides feedback (e.g., “too high” or “too low”).
3. The game continues until the user correctly guesses the number or opts to quit.
4. In some variations, entering a specific number (like 999) acts as the quit command.

The goal is to implement or interact with this logic to ensure the program recognizes the quit condition properly.

Quitting the Game with 999

If the guessing game is programmed to accept “999” as the quit signal, the program needs logic to:

• Identify when the user enters “999.”
• Exit the guessing loop.
• Display a farewell message before terminating.

Here’s how you can quit or implement this feature step by step:

Step 1: Check for the Quit Condition

When designing or playing the game, ensure that the logic evaluates the user’s input after every guess. This is typically done in a decision block.

Example:

• If the user input is 999, the program should exit the loop.
• Otherwise, the program continues with the guessing feedback.

Step 2: Implementing the Exit Mechanism in Flowgorithm

In Flowgorithm, quitting the game requires creating a flowchart that incorporates the following:

1. Input Block: Prompt the user to enter their guess.
2. Decision Block: Compare the input with 999.
   • If the input is 999, display a message like “Exiting the game” and end the program.
   • If not, continue with the game logic.
3. Loop Block: Repeat the process until the user guesses the number or decides to quit.

Step 3: Testing the Exit Feature

After implementing the quit logic, test it thoroughly:

• Enter “999” at different points during the game to ensure it exits as expected.
• Confirm that other numbers do not trigger the quit condition.
• Check for appropriate messages or actions when quitting.

Flowgorithm Example for a Guessing Game with Quit Option

Here’s a simplified description of how the flowchart might look:

1. Start.
2. Generate a random number (e.g., 1 to 100).
3. Loop:
   • Prompt: “Enter your guess (999 to quit):”
   • Decision: If input = 999 → Output: “Exiting the game” → End.
   • Else, compare input with the random number:
     • Too high → Output: “Too high!”
     • Too low → Output: “Too low!”
     • Correct → Output: “You guessed it!” → End.
4. Repeat until the user quits or guesses correctly.

Conclusion

Quitting a Flowgorithm guessing game that uses “999” as the exit condition is straightforward once you understand the program’s logic. By implementing a decision block that monitors user input and gracefully handles the quit signal, you ensure a smooth and user-friendly experience.

Whether you’re learning to design games in Flowgorithm or exploring an existing project, mastering the quit mechanism adds a valuable layer of functionality to your program.