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How to Get Better AI Image Results

How to Get Better AI Image Results

Image Generators

Practical techniques for getting better results from AI image generators, including detailed prompting, reference images, and known model limitations.

Most disappointing images come from prompts that are vague in exactly the ways that matter to the model. Five specific changes fix most of it.

1. Brief it like a photographer, not a search engine

“A dog” gives the model almost nothing. “A golden retriever running through shallow water at sunset, low angle, motion blur on the legs” gives it a subject, lighting, camera position, and effect. Camera angle, lighting, mood, and composition matter as much as the subject itself.

2. Use a reference image when style matters

Most current tools, including Meta’s Muse Image, accept a reference photo alongside your prompt. For a specific art style or palette, a reference image communicates it more precisely than any amount of description.

3. Know the specific things models still get wrong

Text in images, hands and complex physical interactions, exact object counts, and consistency across multiple generations of the same character remain genuinely unreliable. Expect to regenerate for any of these.

4. Iterate instead of rewriting

“Same composition, warmer lighting” beats a longer new prompt trying to fix everything at once, the same principle covered in our prompt engineering guide for text.

5. Treat the first result as a draft

Not a final answer. Budget for two or three passes on anything you actually plan to use, rather than expecting the first generation to be it.

Read Meta’s own announcement of Muse Image for more detail.

Up Next
How Computer-Use Agents See and Click

How Computer-Use Agents See and Click

Computer-Use Agents

How computer-use agents actually work, why they rely on screenshots and simulated clicks instead of APIs, and where they still fall short.

A computer-use agent doesn’t get a special backdoor into your software. It sees your screen the same way you do, and clicks the same way you would. Here’s how that actually works, in the form of the questions people usually ask about it.

So it’s literally looking at a picture of my screen?

Essentially, yes. The agent receives a screenshot, a vision-capable model identifies buttons, fields, and menus in it, and decides where to click or what to type next. A new screenshot is taken after each action, and the loop repeats.

Why not just use an API instead?

Because most software doesn’t have one for the specific task you need, or the API that exists doesn’t cover it. Screen automation is the fallback that works on almost anything a person could operate, at the cost of being slower and less reliable than a dedicated integration.

Does it actually work well?

Depends heavily on the task. Our look at the OSWorld 2.0 benchmark found leading agents dropping from roughly 85% success on an easier, more saturated test to around 20% on a harder one testing longer task chains. Short, well-defined tasks with a clear visual target are the reliable case; long, multi-app workflows in unfamiliar layouts are where things fall apart.

What should I actually trust it with today?

Filling out a familiar form, extracting data from a consistent layout, navigating a small, repeated set of screens. And whenever a real API exists for the same task, use that instead, it’s still the more reliable option.

That gap between demo-friendly short tasks and messy real workflows is exactly what separates a genuinely useful agent from one that only looks good in a screen recording.

See the benchmark directly at the OSWorld project page.