AIBooru
Login Posts Comments Notes Artists Tags Pools Wiki Forum More »
Search Changes Help | Posts (55) History
  • Help
guro
scat

Recent Changes (all)

  • cameo
  • betteranimestyleplus
  • hibiki (cheerleader) (blue archive)
  • janima
  • wai-toon-mix
  • sandrone (genshin impact)
  • faux retro artstyle
  • shin megami tensei iii: nocturne
  • demi-fiend
  • pipeline
  • uchiyama chihiro (apprenticedomini)
  • pandoriya (apprenticedomini)
  • goosemixanima
  • choi yeong-su (apprenticedomini)
  • desscaras
  • alice thymefield (sea of thyme)
  • off-shoulder cardigan
  • lifting covers
  • ureshiko asaba
  • ukinami yuzuha (tanuki in broad daylight)
  • mooshieui
  • alicia (full dive)
  • kisaragi reona
  • sir pentious
  • hazbin hotel

Options

  • Tag History
  • Edit Tag
  • Post History
  • Wiki History
  • Discussions
  • What Links Here
  • Mistagged Posts
  • Untagged Posts

diffraction spikes

光条 回折スパイク

Diffraction spikes manifest as multiple spikes radiating from a point of light, similar to a lens flare which manifests as overall haziness and artifacts in the image.

Sparkle, glint, and diffraction spikes all refer to similar patterns of bright lines radiating from a point. They are not clearly differentiated, and usage tends to be context-sensitive. In general:

  • Sparkle is considered the base case. Usually four lines at right angles radiating from a point. Associated with eyes, liquid or particulate matter (e.g. raindrops, snow, sand), or nothing (appearing mid-air). Can appear in large numbers.
  • Glint is associated with solid objects, especially ones which are metallic and/or sharp. Usually appear singly or in small numbers.
  • Diffraction spikes is the technical term for the phenomenon in general, but is used less often. Can be used for more realistic-looking effects or conversely when appearing extremely large and exaggerated. More likely than sparkle and glint to be asymmetric or to have more than four radiating lines.

See also

  • lens flare
  • bokeh
  • light particles
  • Tag group:Image Composition

External Links

  • Wikipedia: Diffraction Spikes

Posts

post #147058
post #142198
post #99565
Terms / Privacy / Contact /