Examples and prompts

Each card includes an output, its owning repository, and a prompt. An agent using the dcc-mcp Skill still needs to discover the local tools or Marketplace package and ask before installing anything.

Official Showcase collection

Open the DCC-MCP Showcase collection → for complete cases, project sources, tool-call records, and licensing. The adapter examples below retain their original evidence scope; some cards illustrate capabilities and are not records of production or reproduction in this session.

BLENDER + SUBSTANCE 3D DESIGNER

Actual UV coordinatesChecker rendered on the model

Weathered crate: materials, broken wood and UVs

COPY PROMPT

Use the dcc-mcp Skill to reconstruct a weathered wooden crate from the supplied reference in Blender, with procedural paint, grain, scratches and rust authored in Substance 3D Designer. Match the elongated proportions, layered wood fractures and metal reflections. Use geometry for large breaks and SD height displacement for small relief. Check consistent grain UV density, show the actual UV coordinates and a rendered checker, and verify all four supports contact the floor. Keep the tiled lookdev UVs distinct from a unique baking atlas. Save and reopen the Blender scene and SBS packages, verify packed textures, and deliver real beauty/detail renders and full native graph captures through dcc-cua.

BLENDER · PROCEDURAL LOOKDEV

Spiral galaxy scene in Blender

COPY PROMPT

Use the dcc-mcp Skill to connect to Blender. Discover the typed procedural modeling, material, lighting, and render tools needed to create a spiral galaxy in a new collection. Work non-destructively, render a preview, validate the scene, and report the tool calls and output path. Ask before installing anything.

BLENDER · REFERENCE RECONSTRUCTION

Stylized swing scene reconstructed from reference

COPY PROMPT

Use the dcc-mcp Skill to connect to Blender and reconstruct the supplied stylized swing reference as a fully editable 3D scene. Match the two parallel seats, suspension arcs and flattened chain links, overhead support and its continuous projected shadow, tiled floor, orthographic composition, red material treatment, directional lower-right seat gradient, distant overexposure, subtle bloom, and cinematic letterboxing. Work in an iterative render-reference comparison loop: after every preview, measure silhouette, screen-space alignment, shadow angle and continuity, tile visibility, highlight falloff, and material flatness; correct geometry, lighting, materials, and compositor settings without replacing the scene with a painted image. Preserve a real mesh scene, save the .blend, render the final 16:9 frame, and report validation evidence and output paths.

MARMOSET · PBR LOOKDEV

CC0 PBR material in Toolbag

COPY PROMPT

Use the dcc-mcp Skill to connect to Marmoset Toolbag. Inspect the runtime and discover the typed marmoset-scene, marmoset-lookdev, and marmoset-diagnostics tools. Ask before downloading an asset; use an explicit CC0 source and preserve provenance. Import the model, assign Albedo, Normal, Roughness, Metalness, and Occlusion maps, frame the exact object, validate that no texture references are missing, save the .tbscene, render a 16:9 image, and report the scene, render, and source paths.

WWISE · INTERACTIVE AUDIO

Wwise sound effects and loop

COPY PROMPT

Use the dcc-mcp Skill to connect to Wwise. Work in a local scratch project, discover the typed Wwise project and audio tools, create one UI sound, one impact sound, and a short looping background track, import and organize them, create play Events, preview every result, and report validation evidence. Do not publish the scratch Wwise project.

HOUDINI · FX

Houdini procedural portal

COPY PROMPT

Use the dcc-mcp Skill to connect to Houdini. Discover the typed SOP, POP, material, and preview tools for a procedural energy portal. Build it in a new isolated network, keep parameters editable, cache only when needed, render a preview, and report validation evidence.

OPENSCAD → FREECAD → BLENDER / GODOT

Parametric bracket to verified game asset

COPY PROMPT

Use the dcc-mcp Skill to validate a parametric bracket through OpenSCAD, FreeCAD, Blender, and Godot. Work only in a new bounded scratch root. In OpenSCAD, inspect the source, validate the model, render a preview, and export STL while recording dimensions, topology metrics, and hashes. Import the STL into FreeCAD, verify points, facets, volume, and exact bounds, then export OBJ. Import the OBJ into Blender, verify mesh counts, export GLB, and load it into Godot. Run the Godot scene and prove that a visible MeshInstance3D is present. Report every durable file and validation result.

FREECAD · CAD INTERCHANGE

Editable CAD to validated realtime mesh

COPY PROMPT

Use the dcc-mcp Skill to connect to FreeCAD. Create a new durable FCStd document in an approved output root, build an editable solid from typed primitives and booleans, and preserve the parametric source. Inspect the resulting objects and validate shape validity, topology counts, volume, and bounds. Export an OBJ or STL, import it into Blender, verify the mesh, export GLB, and load the GLB into Godot for a visible runtime check. Report the document, interchange files, object metrics, and hashes.

SPEEDTREE → UNREAL ENGINE · VERIFIED ST9 HANDOFF

Real SpeedTree palm imported into Unreal Engine 5.5

COPY PROMPT

Use the dcc-mcp Skill to inspect the independently released SpeedTree adapter and my licensed SpeedTree session. Verify the owning repository release, installed adapter version, and available host route; if installation is needed, report the supported setup path before changing the environment. Bind the exact process and window, discover only approved official-hook capabilities, export one caller-approved tree through the official ST9 path with its textures, and hand it to the released Unreal adapter in a new bounded content area. Verify the mesh LODs, dimensions, UV orientation, native SpeedTree material and texture bindings, and one rendered result. Treat collision scale and dynamic wind as unverified unless separately measured. Do not guess private APIs, host identifiers, or release status.

CINEMA 4D · TYPED AUTOMATION

Typed primitives to validated render

COPY PROMPT

Use the dcc-mcp Skill with the locally licensed Cinema 4D runtime. Start with get_status and get_capabilities, then create a durable C4D document in an allowed output root. Add only supported typed primitives, give every object a unique name, apply bounded transforms, inspect the saved document, and validate it. Render a 16:9 PNG and export OBJ or another interchange format only when the runtime reports support. Report object counts, output sizes, hashes, and any format-specific limitation. Do not execute arbitrary Python or publish local installation details.

COMFYUI · TYPED WORKFLOW EXECUTION

Live graph contract to delivered artifact

COPY PROMPT

Use the dcc-mcp Skill to connect to the local ComfyUI adapter. Discover the four typed comfyui-workflow tools, then validate a small API-format graph against the running node registry before submitting it. Execute one bounded EmptyImage to ImageInvert to SaveImage workflow, wait for terminal status, query normalized outputs, and retrieve the known artifact URL. Report the prompt ID, node count, status, artifact metadata, file size, and hash without exposing local filesystem paths.

ILLUSTRATOR · TYPED VECTOR AUTOMATION

Structured document to verified production export

COPY PROMPT

Use the dcc-mcp Skill to connect to Illustrator. Start with status and document inspection, then create a new bounded RGB document. Build a small composition with only typed rectangle, path, and text tools through the official DOM; use clear object names and preserve editability. Inspect artboards, layers, and page-item counts, save an AI copy in an approved output root, and export SVG or PNG. Report document metrics, durable paths, sizes, and hashes. Do not execute arbitrary ExtendScript.

SKETCHUP · TYPED MODELING

Live model to validated interchange

COPY PROMPT

Use the dcc-mcp Skill to connect to a live SketchUp model. Start with status, model inspection, and entity listing. Create one grouped box and one grouped cylinder with typed dimensions, assign a named material and Tag, and save a camera scene. Validate persistent entity state and model integrity, save an SKP copy in an approved output root, and export one runtime-supported interchange format such as DAE. Report entity counts, bounds, output paths, sizes, and hashes. Do not execute arbitrary Ruby.

TOUCHDESIGNER · TYPED OPERATOR WORKFLOW

Typed graph to verified project and image artifacts

COPY PROMPT

Use the dcc-mcp Skill to connect to one live TouchDesigner instance. Start with project inspection and a bounded operator listing. Create two supported typed operators under an explicit COMP, connect their exact connectors, set one allowlisted parameter, and read it back. Capture the resulting TOP to a PNG path in an approved output root and save a TOE copy with overwrite protection. Report operator paths, parameter values, image dimensions, file sizes, and SHA-256 hashes. Delete only the temporary operator you created, and do not execute arbitrary Python.

CACHE INSPECTOR · BOUNDED READ-ONLY ANALYSIS

Compressed geometry cache to privacy-safe structure

COPY PROMPT

Use the dcc-mcp Skill to install the host-neutral dcc-mcp-cache-inspector Marketplace Skill into the concrete adapter that owns this workflow, then discover and load cache-inspection. Inspect one caller-approved .bgeo or .bgeo.sc file with the default 512 MiB input and decoded-data ceilings. Report recognized format and version, point, vertex, and primitive counts, primitive families, finite bounds when supported, and attribute owner, name, storage, tuple size, and element count. Call list_attributes for the schema-only projection. Confirm that the free-form info block and raw geometry values are absent. Do not launch Houdini, evaluate code, mutate the cache, or raise the public limits.

SHŌGUN · TYPED MOTION CAPTURE

48 official-SDK tools for capability-verified mocap work

COPY PROMPT

Use the dcc-mcp Skill to connect to one explicit Vicon Shōgun Post instance and load the 48 typed tools. Start with scene, object, selection, and timeline inspection; report subjects, markers, skeletons, trajectories, hierarchy and transforms, attribute and channel names, one explicitly requested bounded channel sample or gap summary, optical-camera summaries, frame rate, current frame, play and animation ranges, and selected time ranges. Before any mutation, probe the exact Scene, Timeline, or Offline SDK command and treat a bounded ControlError as an unsupported host capability. If supported, make only one explicit selection/display, allowlisted processing-setting update, current-frame/selected-range processing, ROM-label, calibration, or QuickPost operation; then validate the resulting state and save to a new approved path. Do not expose attribute values or camera device IDs, run arbitrary HSL or Python, permit raw channel or trajectory writes, or overwrite the source scene.

TILED · TYPED MAP AUTHORING

Bounded map data to validated TMJ artifact

COPY PROMPT

Use the dcc-mcp Skill to connect to the Tiled adapter and work only inside a new approved workspace root. Check the detected Tiled runtime, create a small orthogonal map with explicit tile size and dimensions, create or attach one tileset, paint a bounded rectangle of tile GIDs, add an object layer with a named spawn point, and save the TMJ. Inspect and validate the final map, then report layer, tileset, object, and non-empty tile counts plus the durable output path and hash. Use only the fixed typed driver; do not evaluate caller-provided JavaScript.

MATERIAL MAKER · BOUNDED PTEX PIPELINE

Native material source to validated texture export

COPY PROMPT

Use the dcc-mcp Skill with the standalone Material Maker adapter. Inspect one caller-approved .ptex project inside an approved workspace root, report its format version, graph resource path, parameter schema, and declared output definitions, and validate references and supported property types. If the official Material Maker CLI is available, export the project to a new output directory without overwriting existing files and report the exact produced files, sizes, and hashes. Interactive graph authoring is outside this adapter, so do not claim to create or edit nodes.

KRITA · TYPED DOCUMENT AUTHORING

Layered canvas to verified native and export copies

COPY PROMPT

Use the dcc-mcp Skill to connect to one live Krita instance. Inspect the bridge and open documents, create a small bounded document, add two clearly named paint layers, fill typed-color rectangles, and read back document and layer state. Save an editable KRA copy and export a PNG into an approved output root without overwriting existing files. Report dimensions, color model, layer order and properties, output sizes, and hashes. Do not execute arbitrary Python, action IDs, or destructive flattening without explicit confirmation.

GIMP · TYPED IMAGE AUTHORING

Layered image to verified XCF and PNG artifacts

COPY PROMPT

Use the dcc-mcp Skill to connect to one live GIMP 3 instance. Inspect the authenticated bridge and open images, create a small bounded RGB image, add clearly named layers, fill them with typed RGBA colors, change one layer property, and read the state back. Save an editable XCF copy and export a PNG into an approved output root without overwriting existing files. Report dimensions, layer order and properties, output sizes, and hashes. Do not execute arbitrary Python or PDB procedure names, and do not flatten or discard changes without explicit typed confirmation.

KATANA · TYPED NODE GRAPH

Main-thread node authoring to durable project

COPY PROMPT

Use the dcc-mcp Skill to connect to one live Katana instance. Inspect the current node graph, create a small isolated PrimitiveCreate and Merge network with unique names, add and connect only explicit ports, set and read back one typed parameter, position the nodes, and set a bounded timeline range. Inspect the resulting graph and save a new .katana project in an approved output root. Report node types, connections, parameter value, timeline, output size, and hash. Do not execute arbitrary Python or delete pre-existing nodes.

PREMIERE PRO · TYPED EDITING

Approved media to inspected timeline and queued export

COPY PROMPT

Use the dcc-mcp Skill to connect to one live Premiere Pro project. Inspect project and sequence state, create a clearly named bin, import only caller-approved media, create a sequence, insert one project item at an explicit time, add a named marker, and inspect the timeline readback. Save a project copy in an approved output root. If a compatible encoder preset is reported, queue one sequence export and report the returned job identifier; otherwise export one frame. Report item, track, clip, and marker counts plus durable output metadata. Do not claim a queued render completed without terminal evidence.

HUNYUAN3D · AI SERVICE

3D lantern generated with Hunyuan3D

COPY PROMPT

Inspect the official Marketplace package dcc-ai-hunyuan3d. Ask before installing it or calling a remote service. Generate a 3D lantern from my description, import it into the selected DCC, validate geometry and materials, and report provenance and output files.

GEOSPATIAL · ASSET PROVIDER

Geospatial city scene

COPY PROMPT

Inspect the official Marketplace package dcc-asset-geospatial and ask before installing or downloading data. Use a bounded area I provide, preserve CRS and source provenance, create a city layout in my selected DCC, validate object counts and scale, and report the resulting scene path.

MAYA · SPECIALIZED SKILL

Maya architectural variations

COPY PROMPT

Inspect the official Marketplace package dcc-mcp-maya-procedural-architecture and ask before installing it. In a new Maya scene or namespace, create three editable architectural variations from one brief, render a contact sheet, validate scene structure, and report the selected parameters.

KENNEY · ASSET PROVIDER

Kenney assets in a playable scene

COPY PROMPT

Inspect the official Marketplace package dcc-asset-kenney and ask before installing or downloading assets. Find a coherent pack, preserve license and source provenance, assemble a small playable level in my selected DCC or game engine, validate missing references, and report output paths.

ZBRUSH · HIGH-POLY INTERCHANGE

Five-million-face Dragon remeshed to a 115K PolyFrame mesh

COPY PROMPT

Use the dcc-mcp Skill to connect to ZBrush. Ask before downloading the Artec 3D Fantasy Dragon and preserve its CC BY 4.0 attribution. Import it quietly and verify 2,499,970 points and 5,000,000 faces. Confirm the Dragon bake is rejected because it has no UVs, then verify normal and displacement baking on a UV test mesh. Duplicate the Dragon, ZRemesh it to 115,364 faces, enable PolyFrame, turn its head toward the camera, capture scoped visual evidence, and export the active remesh as OBJ with its hash. Serialize SDK mutations and do not retry while the host is still busy.

ZBRUSH → MAYA · CROSS-DCC

Five million faces reduced to a verified 115K Maya wireframe

COPY PROMPT

Continue a ZBrush-to-Maya validation with the exported Fantasy Dragon OBJ. Use typed Maya tools to verify the 2,499,970-vertex / 5,000,000-face source, then import its ZRemesh into a namespace and verify exactly 115,336 vertices and 115,364 faces. Frame the Dragon, enable wireframe-on-shaded, save the Maya scene, and use project UI Control only for scoped viewport evidence when playblast is unavailable. Do not leave test fixtures in the final scene.

OFFICE · POWERPOINT DECK

A 16-slide framework deck from Deck IR → Open XML → COM render

COPY PROMPT

Use the dcc-mcp Skill to generate a PowerPoint deck introducing the DCC-MCP framework. Load the powerpoint-deck skill pack, generate the deck from the Deck IR example (semantic layouts, brand template, speaker notes), render the PDF and per-slide previews through the desktop COM backend, validate artifacts and the pixel-level visual QA, and report the output paths.

Fantasy Dragon model by Artec 3D, used under Creative Commons Attribution 4.0.