mj_turbo_pan

Technical Specifications of mj-turbo-pan

What is mj-turbo-pan?

mj-turbo-pan is CometAPI’s platform identifier for a Midjourney-style image model workflow centered on Turbo-speed generation and pan-based image extension. Public information on the exact CometAPI model card is limited, but available Midjourney sources strongly suggest this model is aligned with two core ideas: fast generation through Turbo processing and composition expansion through pan/editing tools.

In Midjourney terminology, Turbo is the high-speed generation mode intended for users who need faster turnaround, while pan belongs to the family of post-generation image modification tools used to extend a scene beyond its original boundaries. Midjourney’s own documentation and updates describe Turbo as the fastest GPU-backed mode and list pan among the standard creation-refinement tools.

So, in practical terms, mj-turbo-pan is best understood as a fast creative imaging endpoint for users who want to generate an image quickly and then expand the canvas directionally to continue the composition, reveal more environment, or improve framing for banners, landscapes, and storytelling layouts. This interpretation is based on the naming pattern and Midjourney’s documented Turbo and pan capabilities rather than an official public CometAPI spec sheet.

Main features

• Turbo-oriented generation: Built for speed-sensitive workflows, this model identifier appears designed for faster image turnaround consistent with Midjourney Turbo positioning. Midjourney has described Turbo as significantly faster than normal generation modes.
• Pan / canvas expansion workflow: The “pan” portion of the identifier strongly indicates support for extending an existing image beyond its current frame, useful for revealing more left, right, up, or down composition space. Midjourney documentation explicitly lists pan as part of its image modification toolkit.
• Useful for reframing compositions: Pan-style workflows are especially helpful when an initial image is good but too tightly cropped, letting creators preserve the core image while expanding the surrounding scene. This is a practical inference from Midjourney’s pan tool category.
• Fast ideation for creative teams: Because Turbo is intended for quick iteration, mj-turbo-pan is well suited to brainstorming, campaign mockups, concept art exploration, and rapid art-direction loops. This use case follows directly from Midjourney’s stated Turbo speed advantages.
• Works within a broader Midjourney editing ecosystem: Midjourney documents related tools including variations, upscalers, zoom out, and editor functionality, which suggests pan-based generation is part of a broader refinement workflow rather than a standalone one-shot model behavior.
• Good for cinematic and wide-format outputs: Expanding scenes after initial generation can help produce visuals better suited for headers, web banners, presentations, and storyboard-like sequences. This is an application-level inference from the documented purpose of pan and zoom-style image extension tools.

How to access and integrate

Step 1: Sign Up for API Key

To get started, create an account on CometAPI and generate your API key from the dashboard. You’ll use this key to authenticate all requests. Once you have it, store it securely as an environment variable such as COMETAPI_API_KEY.

Step 2: Send Requests to mj-turbo-pan API

Use CometAPI's Midjourney-compatible endpoint at POST /mj/submit/action.

curl https://api.cometapi.com/mj/submit/action \
  -H "Content-Type: application/json" \
  -H "Authorization: Bearer $COMETAPI_API_KEY" \
  -d '{
    "prompt": "a futuristic cityscape at sunset --v 6.1",
    "botType": "MID_JOURNEY",
    "accountFilter": {
      "modes": ["TURBO"]
    }
  }'

Step 3: Retrieve and Verify Results

The API returns a task object with a task ID. Poll GET /mj/task/{task_id}/fetch to check generation status and retrieve the output image URL when the task reaches a terminal state.