Playtime Adventure

To optimize performance for multiple levels, I focused on efficient asset loading and implemented Unity's object pooling system to minimize performance drops. By reusing objects like enemies and obstacles, I reduced the overhead caused by constant instantiations and destructions. Additionally, I fine-tuned the lighting settings for each level, adjusting them based on the complexity of the scene to ensure the game ran smoothly without unnecessary rendering overhead. These optimizations ensured that even lower-end devices could handle the increasing demands of the game.

Managing the difficulty progression was another key aspect of the game design. I developed a dynamic difficulty curve that adjusted the enemy speed, puzzle complexity, and time limits as the player advanced through levels. This approach allowed the game to maintain a challenging yet rewarding experience. To ensure the difficulty felt fair to all players, I conducted extensive testing across different player skill levels, fine-tuning the curve to find the perfect balance. This approach kept players engaged without feeling overwhelmed.

To handle smooth game state transitions, I implemented a scene management system in Unity, allowing for asynchronous level loading. This system ensured that the game transitioned seamlessly between levels while retaining the player's progress. With this system, players could move from one stage to the next without interruptions, and their progress was correctly saved, maintaining the flow of the game. Additionally, to address any frustration players might experience in tougher sections, I integrated an optional hint system, providing guidance when necessary without detracting from the overall challenge of the game.