orion-ui-blueprint-framework

To build a scalable Unreal Engine UI Blueprint framework, follow architecture-aware workflows that define C++ to Blueprint boundaries, base classes, and asset validation procedures for reusable widgets. This maintains scalable HUD layouts, menus, and CommonUI layers.

The best way to add a settings screen using CommonUI is to identify correct base classes, assets, layer routing, and validation steps before making changes. This enforces documented C++ contracts and project-specific UI automation practices.

MCP-based asset editing works for Unreal Widget Blueprints by guiding validated inspection and editing workflows for properties and layouts. It routes UI automation tasks through documented tools to ensure asset validation and adherence to C++ contracts.

Yes, you can use MCP workflows to maintain existing menus and interaction widgets in Unreal. The framework guides inspection and editing of widget properties and layouts while enforcing architecture rules and C++ to Blueprint boundaries.

You need documented C++ contracts for Unreal UI development to establish clear boundaries between C++ base classes and Blueprint responsibilities. This prevents architectural decay when extending reusable frameworks for HUD, menus, and online interfaces.

Without architecture-aware validation, extending Unreal UI frameworks risks breaking C++ contracts, misrouting CommonUI layers, and corrupting asset properties. Bypassing validated MCP workflows for widget layouts degrades reusable UI structure and project automation.