H 066 / 3211900s

Wipe

1901 early example; 1930s widespread studio effect

Typeface · Fjalla One

Flying Down to Rio (1933): Wipe transition; sequence in the linked clip.
Temporal effect: still image or image sequence.
Flying Down to Rio (1933): Wipe transition; sequence in the linked clip. Temporal effect: still image or image sequence.© Paramount / Copyright holder; Educational clip, Columbia Film Language Glossary.View source ↗

Prompt

Apply a Wipe transition effect frozen halfway across the image, using a crisp vertical boundary between the original photograph and a warm monochrome version of the same scene. Keep spatial details precisely registered across the dividing edge, with subtle film grain throughout. Keep the original subject and composition.

Identify

A shifting boundary replaces one attitude with another.

Principle

A moving mask1 reveals the next image.

Example

Scrooge, 1901; Flying Down to Rio, 1933.

Try it out

Create a wipe2 using a passing person.

Background

Columbia references Robert Paul's 1901 film Scrooge and a transition resembling a falling theater curtain. Early wipes often required complex laboratory production. Studios were able to use them more easily in the 1930s with the advent of their own optical printers. Later films also used them deliberately for nostalgic effect, such as The Sting. The direction and shape of the boundary influence the tempo and rhythm.

Distinction

The moving edge is part of the effect; it is not an additional decorative line. A wipe indicates a change in the image space and is much more noticeable than a hard cut.

Aftermath

A boundary in the image can itself become a narrative event.

Further examples · 7 images

Wipe left to right
02 Wipe left to rightA video editing interface displays a horizontal wipe transition between two clips. The preview window illustrates a vertical boundary moving across the frame to reveal the subsequent image.JonOomph · GPL · Wikimedia Commons
Optical printer for old and shrunken films, designed by Carl Louis Gregory, 1940
03 Optical printer for old and shrunken films, designed by Carl Louis Gregory, 1940A technical diagram shows an optical printer designed by Carl Louis Gregory. This apparatus was essential for creating precise transitions like wipes by re-photographing film strips with moving masks.Carl Louis Gregory (1882-1951), images taken and published in his professional capacity as NARA staff · Public domain · Wikimedia Commons
Optical printer by Carl Louis Gregory, rear side, March 1943
04 Optical printer by Carl Louis Gregory, rear side, March 1943The rear view of the Gregory optical printer shows the mechanical complexity of the device. Precise synchronization between the film transport and shutter was necessary to achieve clean wipe transitions.Carl Louis Gregory (1882-1951), images taken and published in his professional capacity as NARA staff · Public domain · Wikimedia Commons
AI illustration: A vertical line divides the frame into two distinct scenes
05 AI illustration: A vertical line divides the frame into two distinct scenesA vertical line divides the frame into two distinct scenes. This illustrates a mid-transition wipe where one image replaces another along a shifting boundary.Illustration generated for the Atlas (AI)
AI illustration: A diagonal edge separates a close-up of a woman from a ballroom scene
06 AI illustration: A diagonal edge separates a close-up of a woman from a ballroom sceneA diagonal edge separates a close-up of a woman from a ballroom scene. The angled boundary demonstrates a stylized wipe transition common in 1930s cinema.Illustration generated for the Atlas (AI)
AI illustration: The back of a passing person acts as a moving mask between an outdoor str
07 AI illustration: The back of a passing person acts as a moving mask between an outdoor strThe back of a passing person acts as a moving mask between an outdoor street and an interior room. This creates a natural wipe transition within the frame.Illustration generated for the Atlas (AI)

Question

How do you distinguish between Wipe and Dissolve?

Show possible answer +

In a wipe, a spatial boundary moves; in a dissolve, transparencies change across the surface.

Sources