Project Overview: Portal Mechanics Replication and Advanced Movement

The challenge was to faithfully replicate the intricate mechanics of a portal system, enhancing the movement process with a frame decrement during transitions. To achieve this, a dynamic skeletal mesh was crafted, featuring a unique shape that scales in depth as the player approaches, creating an immersive experience.

Key Features:

Portal Mechanics: Seamlessly replicates portal mechanics, ensuring smooth transitions with a single frame decrement for a fluid movement experience.

Dynamic Skeletal Mesh: A skeletal mesh that dynamically scales in depth, responding to the player's proximity and enhancing visual depth perception.

Precision Movement Calculations: Advanced mathematical algorithms precisely control the projector's movement when firing and accurately reposition the player upon portal traversal to a new location.

Hybrid Coding Approach: The codebase integrates the power of C++ with the versatility of blueprints, ensuring robust performance and easy modification.

This project is currently archived but can be transferred to Unreal Engine 5 and prepared for deployment upon request.