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Holo Card Studioby EverettFish

Holo Card Studio Skill.

Choose a foil treatment or a full-image angle-dependent transformation before building the card.

  • 3D Design
  • Collectible Cards
  • Blender
Download OpenDesignView Usage Guide
Source Review · Holo Card StudioSKILL.md
Task 3D Design Produces • Source card artwork and the selected route's layered assets. • A card.blend scene, preview renders, and a card.glb export. • A web viewer and route-specific validation report. Before You Start Requires image generation, Python, Blender, and a web runtime for the delivered viewer. The source mentions local dependency installation during the pipeline.
Editorial summary · source reviewed 2026-10-07 · not a generated example

01 What It Does

Create Foil and Two-State Collectible Cards

Create a holographic or two-state card using illustration, Blender layers, GLB export and an interactive viewer.

Source-based workflowNot an execution benchmark

The Working Approach

Holo Card Studio has two distinct production routes. The default holographic route separates one artwork into subject, background, linework, and text planes with foil effects. The lenticular route uses two complete card artworks that replace the whole illustrated face as the viewing angle changes; it is not a left-right split of one image.

The source's default art direction combines full-color ukiyo-e composition with colored sumi-e anime linework. For two states, it generates A and edits that image into B while preserving identity, framing, scale, and silhouette. The pipeline then builds a Blender scene, renders previews, exports a GLB, and provides a white web viewer for pointer or touch tilt.

Expected Deliverables

  • Source card artwork and the selected route's layered assets.
  • A card.blend scene, preview renders, and a card.glb export.
  • A web viewer and route-specific validation report.
See the Example Brief

From Brief to Review

  1. 01
    Choose the Route

    Use holographic for one illustrated state or lenticular for a complete A/B transformation.

  2. 02
    Create Coherent Artwork

    Generate the required raster assets; for A/B, edit from the first state while locking identity and composition.

  3. 03
    Run the Card Pipeline

    Prepare the project configuration and assets, then build the scene, previews, GLB, and viewer.

  4. 04
    Inspect Angles and Interaction

    Check depth, effects, readable faces, whole-image state changes, and pointer/touch behavior.

02 When to Use It

When to Use It

Requires image generation, Python, Blender, and a web runtime for the delivered viewer. The source mentions local dependency installation during the pipeline.

A Good Fit

  • Collectible Character CardsUseful when a single illustration needs layered foil and sparkle presentation.
  • Dual-State Character ConceptsThe lenticular route addresses two recognizable versions of the same character.

Limits to Check

  • Not a Physical Manufacturing FileThe described deliverables are digital artwork, a 3D scene, renders, and a viewer, not a print-production guarantee.
  • Image Generation Is Required for Final ArtThe source rejects procedural or SVG stand-ins when finished illustration is requested.
  • Effects Must Not Hide IdentityFoil and glow are presentation layers, not substitutes for readable artwork.

Bring These Inputs

  • Character Brief or ReferenceProvide identity, expression, costume anchors, and any reference imagery.
  • Card RouteChoose one-state foil or two-state lenticular behavior.
  • State InvariantsFor A/B, identify geometry, crop, scale, and features that must stay aligned.

03 Decisions That Matter

Decisions That Matter

  1. Route Changes the Asset Model

    Selecting the route first avoids preparing four separated planes for a task that actually needs two full-face images.

  2. Edit A Into B

    Using the first artwork as the basis for the second supports continuity better than independently generating unrelated states.

  3. Deliver Source and Viewer

    The source includes the editable scene and interactive presentation, not only a flattering still render.

04 Try a Focused Brief

Try a Focused Brief

The example brief below has not been tested. Check the skill’s setup before using it.

Review the Setup

Use the complete repository with its scripts, example configurations, and references; create generated projects outside the reusable Skill folder.

Upstream Source File
https://github.com/EverettFish/holo-card-studio/blob/cce97187874f8aac53ab8374ed1d4decaa6c0116/SKILL.md

Requires image generation, Python, Blender, and a web runtime for the delivered viewer. The source mentions local dependency installation during the pipeline.

Start With One Deliverable

Adapt the scope, source material and constraints in this brief before running the skill.

Example Brief
Use holo-card-studio for a two-state collectible card of the character in my reference. Choose the lenticular route, preserve the same face, silhouette, crop, and costume anchors between calm and intense states, and create complete A/B images. Deliver the Blender source, angled renders, GLB viewer, and alignment checks without implying print readiness.

Inspect the Result

Check the actual output against these observable criteria.

  • A and B remain recognizably the same character and replace the whole face.
  • Front and angled views reveal the intended effect without washing out facial detail.
  • The viewer loads the GLB and supports touch or pointer tilt without overflow.

OpenDesign provides a local design workspace for coding agents. This listing does not mean the skill is bundled or that its external tools, credentials and software dependencies are included.

Download OpenDesignRead the Quickstart

05 Source and License

Source and License

This page describes the pinned source revision linked below. Upstream behavior and requirements can change.

Source Owner
EverettFish
Repository
EverettFish/holo-card-studio
Skill File
SKILL.md
License
MIT
Reviewed Snapshot
2026-10-07 · cce97187874f
Editorial Source Summary
Create a holographic or two-state card using illustration, Blender layers, GLB export and an interactive viewer.

Original summary by OpenDesign, based on the linked source. Repository stars are a dated popularity signal, not skill usage or a quality score.

06 Questions Before You Start

Questions Before You Start

What is the difference between the two routes?

Holographic uses separated layers around one artwork; lenticular uses two full artworks whose visibility changes with viewing angle.

Can it fake the second state with a split image?

The source explicitly rejects splitting one picture into left and right halves for the two-state route.

Does the pipeline produce a web preview?

Yes. The described pipeline copies a matching viewer and installs its local web dependencies unless that step is skipped.

OpenDesign

Make Room for the Next Design Iteration.

Keep your brief, source material and design work together in a local workspace. Check the skill’s own setup before adding it to your workflow.

Download OpenDesignBrowse Design Skills
Upstream Source File
https://github.com/EverettFish/holo-card-studio/blob/cce97187874f8aac53ab8374ed1d4decaa6c0116/SKILL.md