Skip to main content
Glama
587,405 tools. Updated 2026-09-18 19:45

"Nuke" matching MCP tools:

  • Create a Nuke node of any type and optionally connect it to an existing node. Input the node class and connection target to build compositing workflows.
    MIT
  • Open a .nk Nuke script to replace the current compositing script; call with confirm=false to preview, then confirm=true to proceed.
    MIT
    Destructive
  • Permanently delete table or column annotations from the knowledge store. Use to remove wrong annotations or clean up after a table is dropped from the database.
    MIT
  • Compile existing Delphi .dproj projects with MSBuild, honoring full build configurations, and optionally deploy artifacts for Android, iOS, macOS, or Linux.
    MIT
  • Cancel an in-flight task by marking its disk record cancelled and signaling the addon worker to stop between frames; already-finished tasks are unchanged.
    MIT
    Destructive
  • List all Nuke skill profiles with descriptions, tool counts, and loaded state so you can pick one to load and make its tools available at runtime.
    MIT

Matching MCP Servers

Matching MCP Connectors

  • Agent-native storage with cryptographic verification on Solana. Keyless: clients sign and pay.

  • Public MCP server for discovering open jobs. Search, filter, and get application links.

  • Capture the current Nuke comp state and return a snapshot ID for later diffing. Use before edits to track changes; stores up to five server-side snapshots.
    MIT
  • Render frames through a Nuke Write node: preview with confirm false, then run with confirm true; async returns task_id for polling, or set synchronous to block.
    MIT
    Destructive
  • Captures a compact Nuke script fingerprint—counts, errors, warnings, selection, viewer, display node, and a short hash—to help delta checks skip unchanged response payloads.
    MIT
  • Install dependencies for a project. Optionally clean node_modules or vendor first to avoid stale packages.
    MIT
  • Perform a combined refresh of project state and soul memory in one call, with blend mode for incremental re-grounding or nuke mode for a hard reload to clear polluted session memory.
    MIT
  • Compare a current Nuke comp against a saved snapshot to identify added or removed nodes and changed knobs; call snapshot_comp first to obtain the snapshot_id.
    MIT
  • Set a per-frame TCL expression on a Nuke node knob to drive animated values, with regex pre-flight blocking forbidden Python or TCL system calls.
    MIT
  • Compare the current Nuke scene against a previous hash to detect changes. If unchanged, return changed=false; otherwise return the full digest body.
    MIT
  • Disable all tools within a named profile to deactivate its capabilities. The core profile stays locked, so read paths and profile loading remain available.
    MIT
  • Read a Nuke node graph or subtree to retrieve nodes, connections, knob values, and errors. Use summary or pagination for large comps.
    MIT
  • Resume a task awaiting input by passing its 16-hex-char task ID; returns status so clients can continue workflows or probe support.
    MIT
  • Inspect a single Nuke node to retrieve non-default knobs, connections, expressions, animation state, errors, and internal group/gizmo structure for debugging or automation.
    MIT
  • Remove a node from the script. Call with confirm=False to preview, then confirm=True to delete.
    MIT
    Destructive
  • Creates a Nuke Write node connected to an input node with production defaults, validating file type and output path for safe renders.
    MIT
  • Remove an expression or animation from a Foundry Nuke knob, leaving the knob at its current value.
    MIT