tdmcp-interactive-projection-mapping

Coordinate interactive projection mapping by assigning a lead to initialize the workspace and orchestrate defined workflow phases for planning, prototyping, tool building, integration, and QA. This ensures traceable ownership and cohesive delivery across cross-functional teams.

The best way to prototype USB camera and projector projection mapping is to initialize the workspace, start the prototype phase, and build the necessary tooling. This workflow ensures synthetic tests and live TouchDesigner validation checks are aligned.

Yes, this workflow supports optical-flow hand interaction and blob/post-it tracking. The scope explicitly covers these interactive projection mapping features alongside USB camera/projector calibration, testing workflows, and related documentation.

Yes, you can use TouchDesigner for live validation checks. The integration process is multi-stage and guarded, ensuring that live TouchDesigner validation checks are executed correctly during the projection mapping feature development.

Without an agent roster, managing projection mapping development risks uncoordinated cross-functional tasks and misaligned calibration language. This can lead to failed integration, lack of traceable ownership, and inconsistent documentation across teams.

You need a guarded, multi-stage integration process for projection mapping when aligning synthetic tests, live TouchDesigner checks, and calibration language. This ensures cohesive delivery and prevents integration failures across the development pipeline.