map-systems

To decompose a game concept into discrete systems, you convert vague ideas into specific systems and subsystems, infer implicit systems needed for playability, and generate a layered index to guide incremental GDD work.

A dependency graph in game design maps layered relationships between systems to guide implementation order. It ensures foundational systems are built first, enabling clear ownership and prioritized design sequencing for cross-functional teams.

Yes, system decomposition supports cross-functional teams by providing validation prompts at each phase to align stakeholders. It assigns MVP, Vertical Slice, Alpha, and Full-Vision priorities to each system for clear ownership.

The best way to plan a development order for a GDD is to map system dependencies and assign MVP, Vertical Slice, Alpha, and Full-Vision priorities to each system, generating a comprehensive index to drive handoffs.

You need to infer implicit systems during game concept decomposition when identifying non-explicit systems typically required for a playable experience. This ensures the systems index covers all necessary dependencies for a functional game.

Yes, this systems mapping approach works for MVP and vertical slice planning by assigning MVP, Vertical Slice, Alpha, and Full-Vision priorities to each decomposed system, guiding incremental implementation and GDD development.