About: Image plane

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In 3D computer graphics, the image plane is that plane in the world which is identified with the plane of the display monitor used to view the image that is being rendered. It is also referred to as screen space. If one makes the analogy of taking a photograph to rendering a 3D image, the surface of the film is the image plane. In this case, the viewing transformation is a projection that maps the world onto the image plane. A rectangular region of this plane, called the viewing window or viewport, maps to the monitor. This establishes the mapping between pixels on the monitor and points (or rather, rays) in the 3D world. The plane is not usually an actual geometric object in a 3D scene, but instead is usually a collection of target coordinates or dimensions that are used during the raster

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rdf:type	yago:BodyPart105220461 yago:Eye105311054 yago:Organ105297523 yago:Part109385911 yago:PhysicalEntity100001930 yago:WikicatGeometricalOptics yago:SenseOrgan105299178 yago:Thing100002452
rdfs:label	Image plane (en) Beeldvlak (optica) (nl)
rdfs:comment	Het beeldvlak is in de optica het vlak waarin zich het door het objectief gevormde beeld bevindt. Als de optische as van het objectief op het voorwerp is gericht, staat de optische as loodrecht op het beeldvlak. Het objectief wordt in de fotografie op zo'n manier scherp gesteld dat het beeldvlak met het negatief of de beeldsensor samenvalt. Bij telescopen en microscopen wordt het 'luchtbeeld' vaak bekeken met een oculair, hoewel bij wetenschappelijke toepassingen meestal een camera wordt gebruikt in plaats van een oculair. Dat is wetenschappelijke fotografie. Geometrische optica (nl) In 3D computer graphics, the image plane is that plane in the world which is identified with the plane of the display monitor used to view the image that is being rendered. It is also referred to as screen space. If one makes the analogy of taking a photograph to rendering a 3D image, the surface of the film is the image plane. In this case, the viewing transformation is a projection that maps the world onto the image plane. A rectangular region of this plane, called the viewing window or viewport, maps to the monitor. This establishes the mapping between pixels on the monitor and points (or rather, rays) in the 3D world. The plane is not usually an actual geometric object in a 3D scene, but instead is usually a collection of target coordinates or dimensions that are used during the raster (en)
dcterms:subject	3D computer graphics
Wikipage page ID	1669473 (xsd:integer)
Wikipage revision ID	1001107371 (xsd:integer)
Link from a Wikipage to another Wikipage	Projection plane Photograph 3D computer graphics 3D projection 3D computer graphics Viewport Pixels Plane (mathematics) Focal plane Viewing transformation Rasterization Real image Optics Picture plane 3D scene Geometric object Screen space
sameAs	Image plane Image plane Image plane Image plane Image plane
dbp:wikiPageUsesTemplate	dbt:More_citations_needed dbt:YouTube dbt:3D_computer_graphics dbt:Compu-graphics-stub
has abstract	In 3D computer graphics, the image plane is that plane in the world which is identified with the plane of the display monitor used to view the image that is being rendered. It is also referred to as screen space. If one makes the analogy of taking a photograph to rendering a 3D image, the surface of the film is the image plane. In this case, the viewing transformation is a projection that maps the world onto the image plane. A rectangular region of this plane, called the viewing window or viewport, maps to the monitor. This establishes the mapping between pixels on the monitor and points (or rather, rays) in the 3D world. The plane is not usually an actual geometric object in a 3D scene, but instead is usually a collection of target coordinates or dimensions that are used during the rasterization process so the final output can be displayed as intended on the physical screen. In optics, the image plane is the plane that contains the object's projected image, and lies beyond the back focal plane. (en) Het beeldvlak is in de optica het vlak waarin zich het door het objectief gevormde beeld bevindt. Als de optische as van het objectief op het voorwerp is gericht, staat de optische as loodrecht op het beeldvlak. Het objectief wordt in de fotografie op zo'n manier scherp gesteld dat het beeldvlak met het negatief of de beeldsensor samenvalt. Bij telescopen en microscopen wordt het 'luchtbeeld' vaak bekeken met een oculair, hoewel bij wetenschappelijke toepassingen meestal een camera wordt gebruikt in plaats van een oculair. Dat is wetenschappelijke fotografie. Geometrische optica (nl)
prov:wasDerivedFrom	wikipedia-en:Image_plane?oldid=1001107371&ns=0
page length (characters) of wiki page	1720 (xsd:nonNegativeInteger)
foaf:isPrimaryTopicOf	wikipedia-en:Image_plane
is Link from a Wikipage to another Wikipage of	Beam tracing Aperture Glossary of computer graphics Optical unit Projection plane Angénieux retrofocus Computer graphics Dolly zoom Irregular Z-buffer 3D projection Glossary of video terms Nvidia RTX Parallel projection Viewport Photogrammetry PlayStation Move Field lens Real image Virtual image Micro Four Thirds system Multiview orthographic projection Exposure (photography) Image circle Imaging spectroscopy List of telescope parts and construction Stereoscopic spectroscopy Ghost imaging Picture plane Spectral imaging
is foaf:primaryTopic of	wikipedia-en:Image_plane

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