This project demonstrates a real-time interactive targeting and action system in a 2D side-scrolling game created using Unity3D. The gameplay involves a player-controlled character interacting with a target object, with visual feedback and effects to indicate successful actions.

Key Features Implemented:

1. Character Controller:
   • Implemented a custom character controller using Unity’s physics system.
   • Designed responsive movement and action animations for the character using the Animator component.
   • Added controls for basic movements (walk, run, jump).
2. Interaction Mechanics:
   • Scripted interaction logic to allow the player to trigger actions (e.g., attack, activate) when near a target.
   • Managed object states and transitions, such as moving the target or triggering an explosion upon interaction.
   • Used Unity’s event system to handle interactions, ensuring decoupled and modular code.
3. Visual Effects:
   • Designed and integrated visual effects for interactions, such as explosions and energy bursts, using Unity’s Particle System.
   • Applied shader effects for additional visual feedback during targeting and interaction.
   • Ensured visual effects are synchronized with character animations and gameplay events.
4. Game Object Management:
   • Created prefabs for reusable game objects, including the character, target, and effects.
   • Managed object pooling to optimize performance and reduce runtime instantiation overhead.
   • Implemented scripts to handle object behaviors, such as moving targets and triggering effects on interaction.

5. User Interface (UI):

   • Designed an intuitive UI to display interaction cues and feedback.
   • Implemented UI animations to enhance player awareness of interaction opportunities.
   • Used Unity’s Canvas system to ensure consistent UI performance across different screen resolutions.