Gameplay Design

Overview of Game Mechanics

  • Core Concept: Players control a vehicle on a 4-lane road, adjusting speed and using swipe gestures to switch lanes, avoiding collisions with obstacle vehicles.

  • Controls:

    • Speed Control: Players can increase or decrease speed using on-screen buttons.

    • Lane Switching: Swipe gestures are used to move the vehicle to adjacent lanes, avoiding obstacles.

  • Dynamic Obstacles:

    • The game starts with 1-2 vehicles as obstacles, progressively increasing to up to 8 vehicles as difficulty rises.

    • The position and speed of obstacle vehicles vary, requiring quick reflexes and precise control.


Campaign Progression and Challenges

  • Difficulty Scaling:

    • Early stages feature fewer obstacles and moderate speeds, allowing players to get accustomed to the controls.

    • As the game progresses, obstacle density and movement patterns become more challenging, making speed control increasingly critical.

  • Scoring System:

    • Score Calculation: Points are determined by the player’s average speed and completion time.

      • Faster completion times result in higher scores.

      • Slowing down extends the time and reduces the score.

    • Risk vs. Reward: Maintaining higher speeds increases scores but also heightens the risk of collisions, demanding greater skill and focus.

  • Endless Mode:

    • After completing the campaign levels, players unlock Endless Mode.

    • The goal is to race as fast and as far as possible while avoiding obstacles to achieve the highest score.


Integration of Diverse Environments and Dynamic Tracks

  • Variety of Tracks:

    • Tracks are set in diverse environments, such as urban highways, mountain roads, and desert landscapes.

    • Each environment introduces unique challenges, such as reduced visibility in foggy conditions or narrower roads.

  • Dynamic Elements:

    • Additional challenges include sudden obstacles like debris, potholes, or roadblocks.

    • These elements require players to adapt quickly, combining lane-switching and speed control for successful navigation.

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