Issue Title: Implementation of Essential Menu Options for Hypercasual Game

Description:

This issue is dedicated to developing and integrating the essential menu options for our hypercasual 2D game. The goal is to keep the menu straightforward, intuitive, and quick to navigate, in line with the hypercasual genre's ethos.

Essential Menu Elements:

1. Start Game: The primary option to begin the game. This should be the most prominent option.
2. Settings: A simple settings menu to adjust basic game preferences. This should include:
   • Sound Toggle: Turn game sounds and music on or off.
   • Vibration Toggle (if applicable): Enable or disable in-game vibrations.
3. High Scores/Leaderboard: Display player's high scores or link to a global leaderboard (if online features are included).
4. Credits: A section listing the game's creators, developers, and any acknowledgments.
5. Exit: Option to exit the game, particularly important for mobile platforms.

Technical Requirements:

• The menu should be implemented using Unity's UI system.
• Ensure that all buttons and interactive elements are easily accessible and large enough for comfortable interaction on mobile devices.
• The design should be minimalistic, avoiding clutter, and focusing on ease of use.

Design Considerations:

• Use a color scheme and font style that aligns with the game's overall aesthetic.
• Ensure that the menu layout is clean and unobtrusive, reflecting the hypercasual game's straightforward approach.

Milestones:

• Design Draft (Due by [insert date]): Create initial design mockups for the menu.
• Development and Integration (Due by [insert date]): Develop the menu options and integrate them into the game.
• Testing and Refinement (Due by [insert date]): Test the menu for usability and make necessary refinements.

Additional Notes:

• The menu should load quickly and require minimal navigation.
• Consider the use of icons or visual cues to enhance understanding and accessibility.
• Remember, simplicity and speed are key in a hypercasual game environment.

ChatGPT

Your TouchPoint script is well designed and handles both touch and mouse inputs, which is great for testing on different platforms. It creates a visual indicator (the circlePrefab) at the touch location when a touch begins or moves, and hides it when the touch ends.

If you're looking to improve or build upon this, you might consider the following:

• 1. Smooth Movement: Right now, the circle snaps instantly to the touch position. If you want the circle to move smoothly to the touch position, you could use Vector2.Lerp[^2^] or Vector2.MoveTowards[^3^] in Unity to interpolate the circle's position.

• 2. Trajectory Prediction: If you're using physics to move the ball, you could add a trajectory prediction feature. This could involve using a LineRenderer to draw a path that shows the predicted trajectory of the ball based on the current touch position[^1^].

• 3. Visual Feedback: You might want to give some visual feedback when the player is touching or clicking, such as changing the color, size, or shape of the circle. This could make the interaction feel more responsive and satisfying[^2^].

• 4. Multi-Touch Support: If you want to support multi-touch input, you could modify your script to handle multiple touches separately. Each touch has an index in the Input.touches array, and you can use this index to track and handle multiple touches individually[^3^].

In terms of the sprites for the circlePrefab, you could consider using Muse Sprite to generate unique sprites based on a text prompt. This could enable you to quickly create and iterate on visually appealing graphical assets to use in your game[^1^].

Remember, these are just suggestions to enhance the interaction based on typical requirements in touch-based games. Your current implementation is already quite good for the basic requirement of tracking the touch or mouse position on the screen.

Basket or Player whatever makes more sense