team-combat

Combat feature development is coordinated through a phase-based pipeline with explicit decision points, orchestrating cross-disciplinary roles from design to validation. This structured approach reduces handoffs and miscommunication between gameplay, AI, art, and QA teams.

End-to-end combat feature implementation is structured using a phase-based pipeline that defines phase transitions and decision points. This pipeline enables parallel work while producing design documents, architecture sketches, and integration plans for traceability.

Yes, the pipeline explicitly orchestrates both AI programming and gameplay programming roles alongside game design, technical art, sound design, and QA testing. Per-role subagents ensure each discipline's specific tasks are managed within the overall combat feature workflow.

Team combat orchestration handles phase transitions through explicit decision points that gate progression. It generates documented design artifacts and integration plans, ensuring that architecture sketches and technical implementations align across all participating roles before validation.

You do not need a pre-existing game design document to start combat feature orchestration. Describing the combat feature initiates the orchestration and deploys the initial design phase, which then produces the required design documents and architecture sketches.

You should avoid a phase-pipeline approach for combat feature delivery when working on isolated bug fixes or minor tweaks that do not require cross-disciplinary coordination. The structured pipeline with per-role subagents is designed for full end-to-end feature development requiring multi-role alignment.