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Pipeline skill — typed KineFX character animation tools. Create and configure rig skeletons, set rig poses, capture joint skinning weights, and apply motion capture data via SOP-level KineFX nodes.
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
Pipeline skill — viewport capture/flipbook plus ROP render settings and render execution through typed, runtime-aware tools. Exports report written_files, elapsed time, and separate error/warning diagnostics without hanging the host. Pair with houdini-camera-light to set up cameras and lights first.
Scene skill — read-only inspection of the active Houdini hip file and node graphs. Use when you need frame range, hip path, object-level nodes, or node details. Not for creating geometry, sims, or exports — use authoring or interchange skills.
Authoring skill — inspect and edit Houdini node parameters, parameter templates, spare parameters, and channel expressions through typed atomic tools. Use instead of arbitrary Python for reading/setting parms, adding spare parms, and managing expressions. For node connections use houdini-node-graph.
Pipeline skill — generic, adapter-owned project and shot/package automation: set/query the project root, tag and read portable asset metadata, validate a scene for missing files / bad output dirs / dirty state / cook errors, collect file dependencies into a manifest (no copying), and export a shot/package manifest (frame range, cameras, output nodes, caches, written files). No dependency on private production services.
Scene-management skill — typed Houdini scene lifecycle (new/open/save with dirty-scene safeguards), selection (get/set/find), camera discovery, and bounding-box queries. Use these atomic tools instead of arbitrary Python for everyday scene navigation and file operations. Not for node authoring (use houdini-nodes) or geometry/transform edits (use houdini-object-ops).
Set up dcc-mcp-houdini for an agent or operator: install Houdini Python dependencies with hython, generate MCP host configuration, guide the user through the Houdini package / 123.py autostart load step, and run a first live-tool smoke prompt.
SOC 職業分類に基づく
| name | houdini-kinefx |
| description | Pipeline skill — typed KineFX character animation tools. Create and configure rig skeletons, set rig poses, capture joint skinning weights, and apply motion capture data via SOP-level KineFX nodes. |
| license | MIT |
| compatibility | dcc-mcp-houdini 0.1+, Houdini 20.5+, dcc-mcp-core 0.19.45+ |
| allowed-tools | Bash Read Write Edit |
| metadata | {"dcc-mcp":{"dcc":"houdini","layer":"domain","stage":"pipeline","version":"1.0.0","tags":["houdini","kinefx","rig","skeleton","capture","mocap","character","animation","pipeline"],"search-hint":"kinefx rig skeleton pose joint capture mocap character skinning bone deform","tools":"tools.yaml"}} |
Typed KineFX character animation tools for agents. All tools are affinity: main.
KineFX operates at the SOP level — skeletons are geometry with joint point attributes, rigs are SOP networks, and mocap data is applied via SOP nodes.
rig: create_rig — build a KineFX skeleton rig with a joint chain
and optional rig pose/attachments.pose: set_rig_pose — set the transform of a specific joint or the
entire rig pose.capture: capture_joints — capture skinning weights from joints to
a target mesh using proximity or bone-capture SOP nodes.mocap: apply_mocap — apply motion capture data (FBX, BVH, or
KineFX clip) onto a rig skeleton.create_rig(geo_path="/obj/geo1/rig1", joint_chain=[...]) → creates a
KineFX skeleton inside a Geometry SOP network.set_rig_pose(rig_node="/obj/geo1/rig1", joint_index=2, translate=[0,1,0])capture_joints(geo_path="/obj/geo1", mesh_name="body", rig_name="rig1")apply_mocap(geo_path="/obj/geo1", rig_name="rig1", mocap_file="/path/to/walk.fbx")