Unreal Engine Blueprint Strategy

Create an Unreal Engine development strategy for the following project:

Game Type: [GENRE AND SCOPE]
Visual Target: [STYLIZED/REALISTIC/RETRO]
Team Composition: [ARTISTS/DESIGNERS/PROGRAMMERS RATIO]
Blueprint vs C++ Preference: [BLUEPRINT-HEAVY/BALANCED/C++-HEAVY]
Target Platform: [PC/CONSOLE/MOBILE]
Performance Budget: [TARGET FPS AND MINIMUM SPECS]

Develop the strategy across these sections:

1. Blueprint Architecture & Standards
Define which systems should be Blueprint-only versus C++ with Blueprint exposure. Create Blueprint naming conventions and folder organization standards. Design the Blueprint communication strategy using interfaces, dispatchers, and direct references. Establish the macro library and function library strategy for reusable logic. Set performance guidelines for Blueprint tick functions and loop complexity. Create the Blueprint review checklist to prevent common performance traps.

2. C++ Foundation Layer
Architect the C++ base classes that Blueprints will extend. Design the gameplay ability system or custom ability framework. Create the data-driven design approach using Data Tables and Data Assets. Build the custom component library for common gameplay functionality. Define the C++ plugin architecture for engine extensions. Establish the header and source file organization matching Unreal conventions.

3. Content Pipeline & Level Streaming
Design the World Partition or Level Streaming strategy for large worlds. Create the material and shader pipeline including master materials and instances. Build the Niagara particle system library with reusable modules. Define the skeletal mesh and animation pipeline from DCC tools to engine. Create the lighting strategy covering Lumen, baked, or hybrid approaches. Design the foliage and procedural placement system for environment art.

4. Networking & Replication
Architect the replication strategy for multiplayer functionality. Define which actors replicate and what properties are synchronized. Design the remote procedure call strategy covering server, client, and multicast. Build the client-side prediction and server reconciliation approach. Create the relevancy and dormancy strategy for bandwidth optimization. Design the session management system for matchmaking and lobby flow.

5. Sequencer & Cinematics Pipeline
Design the Sequencer workflow for in-game cinematics and scripted events. Create the camera system supporting gameplay cameras and cinematic cameras. Build the timeline and event track strategy for level scripting. Define the facial animation and motion capture integration pipeline. Create the dynamic music system using MetaSounds or FMOD integration. Design the post-processing pipeline for different game states and moods.

6. Packaging & Platform Optimization
Define the cook and packaging settings for each target platform. Create the shader compilation and permutation management strategy. Design the asset audit workflow using the reference viewer and size map. Build the platform-specific quality settings with scalability options. Create the crash reporting and analytics integration. Define the patching and hot-fix deployment strategy for live games.