H 143 / 3211960s

Fisheye Lens

Fisheye lens. 1962: Fisheye-Nikkor 8 mm for 35mm cameras

Typeface · Bubblegum Sans

Kouichi Ohshita: OP Fisheye Nikkor example, 1999. Nikon F, Fuji Sensia II.
Kouichi Ohshita: OP Fisheye Nikkor example, 1999. Nikon F, Fuji Sensia II.© 1999 Kouichi Ohshita / NikonView source ↗

Prompt

Apply a Fisheye Lens effect with pronounced barrel distortion, straight lines bowing toward the frame edges, an enlarged central region, and compressed peripheral details. Suggest an extremely wide field of view through curved spatial geometry, subtle corner darkening, and mild edge softness. Keep the original subject and composition.

Identify

Very wide viewing angle1; straight lines curve towards the edge.

Principle

The projection2 deliberately does not depict large angles as straight lines.

Example

Kouichi Ohshita: OP fisheye example, 1999.

Try it out

Compare a horizon in the center of the image and one near the edge.

Background

Fisheye lenses had precursors in scientific and meteorological applications. In 1962, Nikon offered a corresponding lens for the 35mm system with the Fisheye-Nikkor 8mm f/8. Later music, sports, and fashion photography popularized the extreme spatial distortion as a stylistic device. Today, the effect can be created optically or digitally. To understand this, it helps to distinguish between angle of view and projection geometry.

Distinction

A fisheye lens is not simply a very short, straight wide-angle lens. Depending on its construction, it produces either a circular image or a frame-filling rectangle. The curvature also depends on where a line lies within the image.

Aftermath

A projection determines how we understand space as an image.

Further examples · 10 images

Adelsdorf Kirche Altarraum-20210801-RM-160111
02 Adelsdorf Kirche Altarraum-20210801-RM-160111This interior view shows the altar area of a church in Adelsdorf. The full-frame fisheye effect is visible as the horizontal floor and vertical walls curve significantly toward the frame edges.Ermell · CC BY-SA 4.0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 12
03 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 12An ornate tiled corridor in Kashan is captured within a circular black frame. The circular projection demonstrates a 180-degree field of view, transforming straight architectural lines into deep curves.Mostafameraji · CC0 · Wikimedia Commons
Circular fisheye view of Oude Kerk Amsterdam Daniel D. Teoli Jr.
04 Circular fisheye view of Oude Kerk Amsterdam Daniel D. Teoli Jr.A bridge and the Oude Kerk in Amsterdam are depicted in a circular composition. The lens compresses the expansive outdoor scene, including the sky and water, into a distorted hemispherical perspective.Danielteolijr · CC BY-SA 4.0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 20
05 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 20The image captures a room with blue wainscoting and arched wall niches in a circular format. The extreme projection geometry allows for the simultaneous depiction of the floor, ceiling, and all four walls.Mostafameraji · CC0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 22
06 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 22A multi-level shopping arcade with a glass skylight is viewed through a circular fisheye lens. The railing in the foreground appears to wrap around the frame, illustrating barrel distortion.Mostafameraji · CC0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 04
07 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 04This interior of a shop features pottery and a stone staircase within a circular boundary. The fisheye lens captures the tight corner space by bending the stairs and ceiling beams toward the center.Mostafameraji · CC0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 19
08 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 19A brick room with a central pool is shown using a circular projection. The vaulted ceiling and rectangular pool edges are rendered as arcs, typical of non-rectilinear wide-angle optics.Mostafameraji · CC0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 21
09 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 21The photograph displays a symmetrical courtyard with a fountain and complex ceiling geometry. The fisheye effect emphasizes the radial symmetry of the architecture by curving the pillars and arches.Mostafameraji · CC0 · Wikimedia Commons
Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 02
10 Fisheye lens Photography In Iran-Kashan City-Mostafa Meraji-2016-free Pictures-Canon EF 8-15mm lens 02A brick tunnel and a lattice wall are visible within a circular frame. The extreme wide-angle perspective makes the narrow corridor appear to expand and curve around the viewer.Mostafameraji · CC0 · Wikimedia Commons

Question

Why can the horizon still appear straight in a fisheye lens?

Show possible answer +

A line running through the center of the image can appear straight in typical fisheye projections.

Sources