Designed and implemented a procedural room generation system that creates interconnected rooms on a grid with configurable openings.

• Developed logic for room adjacency validation to ensure compatible room placement and prevent overlapping within set boundaries.

• Programmed dynamic entry and exit room assignment to mark the starting point and exit based on the generation order.

• Built a static 2D array map for real-time room tracking, enabling the retrieval and validation of room placements.

• Created room templates to randomly select based on available openings

Developed a loot chest system that allows players to randomly acquire weapons or health boosts upon interaction. 

• Loot is distributed based on what the player needs -- if the player already has a weapon of type damage, a higher level weapon type is distributed. Health is restored to full or near full depending on status.

Designed enemy AI to track and move toward the player's position dynamically.

• Programmed behavior for enemies to switch to an attack mode when within a specified range.

• Implemented a timed delay between each attack to create pauses in enemy combat behavior.

Built a rudimentary combat system enabling the player to attack in four cardinal directions.