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'''Integral imaging''' is a method of imaging that captures a [[light field]] by using a [[lens array]]. It involves capturing a lot of slightly different views onto one photographic surface.
+'''Integral imaging''' is a type of 3D imaging that captures or recreates a [[light field]] by using a [[lens array]] or pin-hole array.
+It is used in [[integral photography]], which involves capturing a lot of slightly different views onto one photographic surface.
+It is related to [[lenticular]].
+When properly practiced, the result is three dimensional imagery that coveys a realism matched only by museum-quality holograms.<ref name="k934">{{cite web | title=The History of Integral Print Methods | author=David E. Roberts and Trebor Smith|url=https://web.archive.org/web/20160805064102if_/http://lenticulartechnology.com/files/2014/02/Integral-History.pdf | access-date=2024-09-16}}</ref>
Its inventor is [[Gabriel Lippman]].
Its inventor is [[Gabriel Lippman]].
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A set of pinholes can be used instead of lenses. This technique was done by [[Eugène Estanave]].<ref name="e123">{{cite web | title=Pinhole camera | website=Wikipedia | date=2002-09-06 | url=https://en.wikipedia.org/wiki/Pinhole_camera | access-date=2024-09-16}}</ref>
A set of pinholes can be used instead of lenses. This technique was done by [[Eugène Estanave]].<ref name="e123">{{cite web | title=Pinhole camera | website=Wikipedia | date=2002-09-06 | url=https://en.wikipedia.org/wiki/Pinhole_camera | access-date=2024-09-16}}</ref>
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+Integral imaging uses the [[sampling effect]].<ref name="k934"/>
==References==
==References==