# Prismatic Reflections

> A narrow oblique prism facet at the image edge creates a locally displaced fragment, with a clear seam and slight spectral separation.

[Web page](https://aistylebook.com/image/prismatic-reflections/)

## About this style

A small near-lens oblique prism creates a displaced fragment at one edge while most of the view stays intact. A glass seam and subtle spectral separation locate the refraction instead of duplicating the whole image.

A prism redirects light through angled faces, producing localized displacement and possible dispersion.

An offset window fragment with a fine colored edge at one side can suggest glass placed near the lens.

### How the style changes different subjects

- **Portrait**: Parts of the face shift or overlap, contrasting intact features with refracted fragments.

- **Landscape**: Building lines, lights and skylines split into displaced pieces, as if viewed through differently angled glass.

- **Object**: Highlights and edges repeat across fragments, making glossy glass or metal especially prominent.

**Subjects**: Choose portraits with simple backgrounds, night lights or isolated glossy objects, leaving enough intact area for recognition.

## Visual keywords

Edge prism · Local displacement · Glass seam · Spectral separation · Asymmetric refraction

## Names and related terms

Near-lens prism refraction

## Style examples

- [Portrait](https://img.aistylebook.com/reference-assets/20392-img_large.avif?v=85c895ee28cd2717)

- [Landscape](https://img.aistylebook.com/reference-assets/20393-img_large.avif?v=b91654d34e5affee)

- [Object](https://img.aistylebook.com/object-assets/80392-large.avif?v=fac61e1084733d62)

## Reusable style prompt

```text
Present the original image through the photographic language of a small near-lens prism, leaving most subjects and space complete and clear. Introduce a narrow oblique refracting facet only along one outer edge, with a defined glass seam and a displaced fragment of the existing image inside it. Add very subtle spectral separation at the seam. Retain natural light and material detail for a credible asymmetric glass-plane refraction.
```

## Photo creation and prompts

Photo generation requires an account and credits; the cost is shown before generation.

[Create with this style](https://aistylebook.com/photo.html?style=20392&lang=en#studio)

## Related styles

- [Ripple-Refraction Image](https://aistylebook.com/image/ripple-refraction-image/): Both distort through transparent media, extending across the whole view in ripple membranes.

- [Swirly Lens Bokeh](https://aistylebook.com/image/swirly-lens-bokeh/): Also uses local lens effects, mainly changing out-of-focus areas in swirly bokeh.

- [Double Exposure](https://aistylebook.com/image/double-exposure/): Shares overlapping fragments, with two interpenetrating image layers in double exposure.

## References

- [NASA: Wave Behaviors](https://science.nasa.gov/ems/03_behaviors/)