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Custom prompt shortcut / Visual Design & 3D

/hologram — ChatGPT Prompt Guide

Explore the /hologram custom ChatGPT prompt shortcut with a practical template, examples, and review steps. Learn how to refine outputs for your workflow.

What does /hologram do?

Purpose: Visualize a museum exhibit as a holographic solar system.

This is a custom prompt convention, not a built-in or official ChatGPT slash command. Entering the slash text alone does not guarantee that ChatGPT will invoke a special tool. Use the complete structured prompt below or configure your own app to interpret this shortcut.

Key decision for this workflow

Use /hologram when the task is create a floating holographic navigation interface for a science-fiction cockpit; specify the evidence needed to accept the result.

Copy-ready task brief

/hologram Objective: Create a floating holographic navigation interface for a science-fiction cockpit Inputs: Cockpit dimensions, cyan palette, main navigation readout and viewing angle Deliverable: A visual prompt with translucent depth layers, focused central ring and restrained bloom

Reusable prompt template

/hologram Objective: Create a floating holographic navigation interface for a science-fiction cockpit Available materials: Cockpit dimensions, cyan palette, main navigation readout and viewing angle Required output: A visual prompt with translucent depth layers, focused central ring and restrained bloom Acceptance test: Check legibility, perspective and that panels do not obscure the pilot view Boundary: Do not imply fictional holographic controls are functional flight instruments Return the requested deliverable first, then a brief verification checklist and any unresolved questions.

How to use this shortcut

  1. Collect the source inputs: Cockpit dimensions, cyan palette, main navigation readout and viewing angle
  2. Run /hologram with the copy-ready task brief above.
  3. Request the concrete output: A visual prompt with translucent depth layers, focused central ring and restrained bloom
  4. Check the result: Check legibility, perspective and that panels do not obscure the pilot view

Quality checks and limitations

Acceptance criteria: Check legibility, perspective and that panels do not obscure the pilot view Limitation: Do not imply fictional holographic controls are functional flight instruments

Related tools and learning

Continue with the 35 prompt generators, the technical AI Guides, and the Image Guides for deeper examples.

/productexplosion/productrender/cinematic/photorealistic/databaseoptimization/loganalysis

Worked example and expected output

Input materials: Cockpit dimensions, cyan palette, main navigation readout and viewing angle

Requested result: A visual prompt with translucent depth layers, focused central ring and restrained bloom

Acceptance test: Check legibility, perspective and that panels do not obscure the pilot view

Worked example: Visualize a museum exhibit as a holographic solar system

Illustrative deliverable: Specify translucent orbit rings, volumetric glow, readable planet scale labels and camera framing for a 16:9 render.

Review and limitations

Distinguish stylized orbital distances from scientific scale.

Worked workflow: Create a floating holographic navigation interface for a science-fiction cockpit

Practical scenario: Create a floating holographic navigation interface for a science-fiction cockpit

Inputs to provide: Cockpit dimensions, cyan palette, main navigation readout and viewing angle

Requested deliverable: A visual prompt with translucent depth layers, focused central ring and restrained bloom

How to verify the result: Check legibility, perspective and that panels do not obscure the pilot view

Important limitation: Do not imply fictional holographic controls are functional flight instruments

Frequently asked questions

Is /hologram an official ChatGPT command? No. It is a reusable custom shorthand from this catalog. Does it work without a plugin? You can copy the full prompt into an assistant; automatic slash-command routing requires application logic. Can the output be trusted without review? No. Review accuracy, safety, and suitability before use.