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took me to level 1

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Do this with this logic until level 100 and as it gets harder the obstacles will move horizontally or vertically.

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make restart button purple with different font

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obstacle difficulty increases proportionally to level

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add more levels

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go back to previous version

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Make 100 levels and change the ball and target positions in each level

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use background music in assets and make it infinite

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use bounce sound in assets for every bounce

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add restart button

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make ball more smooth and fast

Code edit (1 edits merged)

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Overview This is a 2D physics-based puzzle game designed for mobile platforms. The core mechanic revolves around a limited-bounce ball that the player must launch toward a reward zone, navigating through and around obstacles while minimizing the number of bounces. Core Gameplay Mechanics Player Input: The player drags and releases the ball to determine its launch direction and power. This simulates a slingshot-style interaction common in mobile games. Ball Behavior: The ball bounces off walls and obstacles, obeying basic 2D reflection physics. Each bounce reduces the allowed bounce count. Once the bounce limit is reached, the ball stops and the level is failed unless the goal has already been reached. Bounce Limit: The ball has a maximum number of allowed bounces, which decreases as levels progress to increase difficulty. Bounce limits are enforced per level and reset with each new attempt. Goal Zones: Each level contains a square-shaped “reward zone”. The player must get the ball to enter this zone to successfully complete the level. These reward zones are surrounded by obstacles, making the path to them more complex. Obstacles: Static, rectangular blocks that deflect the ball upon collision. Strategically placed to require careful planning and skillful launching. Level Design: Increasing complexity across levels: more obstacles, tighter angles, fewer allowed bounces. Emphasis on puzzle-solving and precision. Objectives The main objective is to reach the reward zone using the minimum number of bounces. Players are rewarded for efficiency: fewer bounces, higher scores. Platform and Controls Target Platform: Mobile (iOS, Android) Controls: Touch and drag input to control the ball's launch direction and power. UI Elements: Bounce counter Reset button Level progression Optional hint system Visual & Audio Design (Optional for AI Planning) Minimalistic and clean graphics for clarity. Use of color-coded zones: e.g., red for obstacles, green for reward zone. Sound effects for bounces, launches, and successful goals. Summary for AI Implementation Implement a 2D physics simulation using a game engine such as Unity or Godot. Model the ball with collision logic and bounce counting. Design levels with obstacle layouts and target zones. Create UI and input handling for mobile touch gestures. Add progression logic: increasing difficulty, scoring system, bounce constraints.