About this skill

Problem

Scripting, storyboards, AI visuals, and game CG often suffer from staging conflicts, movement clipping, timing errors, and camera jumps when multiple characters share complex spaces with elevation differences. Prompt-only workflows describe the image but lack a reusable spatial scheduling model.

How It Works

This skill turns instructions or scripts into an executable 3D spatial scheduling plan:
- Priority order: preserve hard constraints and core story beats, then resolve terrain, timing, factions, mood, and camera.
- State labels: mark characters as static, vanguard, delayed entry, or linked merge.
- Terrain adaptation: cover elevated, flat, narrow, enclosed, and virtual spaces with constraints on weight, perspective, and elevation.
- Movement and camera: produce staging, paths, transitions, and outputs for directors, concept artists, AI prompts, and on-set execution.
- Learning memory: archive cases, issues, and rule versions for reuse and iteration.

Scope and Caveats

It fits visual staging work that needs consistent spatial logic, but it is not meant for a single static poster or pure plot polish. Real projects still need checks for worldview physics, character scale, and asset limitations.