A tactile interaction needs technical proof. An Unreal Engine restoration prototype using mouse inspection, line traces, collision UVs, render targets, and dynamic materials.
Gameplay prototyping + tech artLocal archive
Archive capture
Discipline
Gameplay prototyping + tech art
Focus areas
UV hit detection
Render targets
Dynamic materials
Archive status
Original project material is now presented inside this portfolio.
Project record
01
Project overview
Design intent, made visible.
An Unreal Engine restoration prototype using mouse inspection, line traces, collision UVs, render targets, and dynamic materials.
02
Focus areas
What the study explores.
UV hit detection
Render targets
Dynamic materials
03
Archive note
Process before polish.
These frames preserve the original visual and design exploration so the decisions remain inspectable.
Project context
The project in practice.
A focused Unreal Engine prototype for restoring sci-fi artifacts from a workbench. The player examines an object directly instead of navigating a conventional level.
The player inspects and rotates an artifact, then cleans dirty surface areas with mouse input and immediate visual feedback.
Project details
The decisions behind the work.
01
Project overview
A focused Unreal Engine prototype for restoring sci-fi artifacts from a workbench. The player examines an object directly instead of navigating a conventional level.
02
Interaction loop
The player inspects and rotates an artifact, then cleans dirty surface areas with mouse input and immediate visual feedback.
Workbench presentation
Mouse inspection
Surface cleaning feedback
03
Technical implementation
The prototype uses Blueprints, line traces, UV hit detection, render targets, and dynamic materials. A cleanable artifact Blueprint owns the mesh, dynamic material instance, dirt render target, and painting function.
Archive capture