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https://github.com/redinfinitypro/numberguessinggame

Rating: (7/10) The Java code creates a simple number guessing game, allowing players three chances to guess a random number, with points awarded for high or low guesses.
https://github.com/redinfinitypro/numberguessinggame

random scanner

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Rating: (7/10) The Java code creates a simple number guessing game, allowing players three chances to guess a random number, with points awarded for high or low guesses.

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# NumberGuessingGame

The Java code is a simple number guessing game where players guess a random number between 1 and 10, with feedback on their guess, losing points if they fail, and ending with zero points.

## Table of Contents

- [About](#about)
- [Features](#features)
- [Imports](#Imports)
- [Rating: 7/10](#Rating)

# About

The Java code is a simple number guessing game where the player has three chances to guess a random number between 1 and 10, with feedback provided after each guess. If the player fails within three attempts, they lose a point, and if they reach zero points, the game ends.

# Features

The Java code for the number guessing game would include random number generation, three guess attempts, a feedback mechanism, a point system, game termination, and a user interface. The game would test the player's luck and intuition, with a simple interface for input and feedback. The feedback mechanism would indicate the guess's accuracy. The point system would deduct points for failing to guess within three attempts. The game would end if the player's points reached zero. The user interface would provide a simple way for players to input their guesses and receive feedback.

# Imports

Random, Scanner

# Rating

The Your Number Guessing Game code is functional but needs improvement. It has a good code organization and readability rating, but could be improved by breaking down the main logic into smaller methods for better readability and maintainability. The game allows the user to guess a random number between 1 and 10 with three chances, providing feedback on their guess. It ends when the user runs out of chances or points, but there is no mechanism for ending the game if the user guesses the correct number within the allotted chances.
Error handling is minimal, accounting for incorrect guesses and decrementing chances but not handling potential exceptions like `InputMismatchException` if the user enters a non-integer value. Adding error handling for such cases would improve the game's robustness.
The code appears to be efficient in terms of resource usage and execution time, running smoothly and providing a responsive user experience. Overall, the game is a simple but functional implementation of the classic guessing game, but could be enhanced by adding more features, such as allowing the user to choose the range of numbers or implementing a scoring system based on the number of attempts. Improving code readability and adding error handling would make the game more user-friendly and robust.