Builds showcase 3D scenes in the erhe editor by driving its MCP server from Python scripts.
npx skills add https://github.com/tksuoran/erhe --skill erhe-creations
Please help me install this Agent Skill. Skill: erhe-creations Source: https://github.com/tksuoran/erhe/tree/main/.agents/skills/erhe-creations Command: npx skills add https://github.com/tksuoran/erhe --skill erhe-creations
Building complex 3D showcase scenes in the erhe editor by hand is slow and error-prone; this Skill codifies the full workflow for generating reproducible scenes programmatically through the editor's MCP server, including the transform, material, lighting, and physics gotchas that otherwise cost debugging time.
Read this Skill before starting any creation work, then write a new script in scripts/creations/ following the most recent creation's idioms and run it against the windowed editor.
High-intent search queries and answers about installing and using this skill.
Write a self-contained script in scripts/creations/ that uses common.py to launch the windowed editor with an empty scene, build objects under group nodes, frame the camera, and capture screenshots. Follow the most recent creation scripts for current idioms like fail_soft wrapping and reframe support.
Use the --reframe flag with a saved .glb to rerun only the camera and screenshot stage, or --only <object> to delete and rebuild a single object in the running editor. Both attach via --reuse and cut iteration from minutes to seconds.
Yes, capture_screenshot works in both windowed and headless builds since 2026-08-08; windowed captures the composited frame with one frame of latency handled by the MCP server. Watch for cursor pollution and tiny viewport windows after many reuse cycles.
The align-to-direction quaternion axis must be cross(+Y, dir) = (d.z, 0, -d.x); the mirrored sign tilts every segment opposite its chain step. Import common.align_y_quaternion instead of deriving it by hand.
Build everything with physics disabled, then switch advance_time to manual mode, enable physics, wake the scoped bodies, advance the desired seconds, and disable again. This gives identical results windowed or headless regardless of frame rate.
CSG inputs must be closed watertight manifolds such as capped cones, boxes, spheres, and convex hulls. Batch all tool nodes into one boolean pass to avoid sliver-triangle shading artifacts, and note that tool nodes are removed while the target keeps its transform and children.
tksuoranCapture and analyze GPU state of the erhe editor with RenderDoc.
IvanMurzakSave opened Unity scenes to .unity asset files via unity-mcp-cli.
MengToDiagnose and improve Three.js game performance through profiling and targeted optimization.
Besty0728Guides manual GameObject creation, Hierarchy organization, and Transform editing in the Unity Editor.
