Category:Stereoscopy
Appearance
technique for creating or enhancing the illusion of depth in an image | |||||
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| Said to be the same as | stereo photography | ||||
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English: Stereoscopy (also called stereoscopics or 3-D imaging) refers to a technique for creating or enhancing the illusion of depth in an image by presenting two offset images separately to the left and right eye of the viewer. These two-dimensional images are then combined in the brain to give the perception of 3-D depth. Besides the technique of freeviewing, which must be learned by the viewer, three strategies have been used to mechanically present different images to each eye: have the viewer wear eyeglasses to combine separate images from two offset sources, have the viewer wear eyeglasses to filter offset images from a single source separated to each eye, or have the lightsource split the images directionally into the viewer's eyes (no glasses required; known as Autostereoscopy).
Subcategories
This category has the following 31 subcategories, out of 31 total.
3
A
B
- Binocular rivalry (8 F)
- Books about stereoscopy (24 F)
C
G
L
S
- Stereo-Cinema (1 F)
T
- Teleview (1 F)
V
W
Media in category "Stereoscopy"
The following 138 files are in this category, out of 138 total.
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-Séance with the Medium Eusapia Palladino- MET DP71267.jpg 1,205 × 1,152; 360 KB
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20000v1Fr.tif 1,656 × 1,047; 1.66 MB
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2015-08-08 10-21-24 reconst-histo.jpg 6,000 × 4,000; 7.67 MB
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2015-08-08 10-22-22 reconst-histo.jpg 5,636 × 2,540; 7.3 MB
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2015-08-08 10-29-01 reconst-histo.jpg 6,000 × 4,000; 8.15 MB
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3d monocular heads.gif 600 × 404; 8.15 MB
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3dcamera1.png 313 × 270; 10 KB
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3DCube.png 3,151 × 2,491; 78 KB
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3dviewer.gif 670 × 915; 9 KB
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72000v1Fr.tif 1,685 × 1,173; 1.89 MB
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Active-3d-shutter-technology.gif 800 × 420; 29 KB
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Anaglyph 3D workflow in GIMP.svg 1,123 × 794; 12.82 MB
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ArriAlexa3D.jpg 2,592 × 1,936; 1.64 MB
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Autostereoscopic3D-DisplaySketch.jpg 1,075 × 1,379; 670 KB
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Barrera de paralaje.JPG 425 × 282; 19 KB
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Barrera2.JPG 518 × 283; 20 KB
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Boy with zSpace display.png 3,791 × 2,565; 9.13 MB
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Brunswick Old City Hall in Anaglyph 3D.jpg 3,963 × 2,951; 15.88 MB
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Brunswick, Georgia during Christmas 2025.jpg 3,996 × 2,966; 17.81 MB
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Caméra 3D, 2011 Roland Garros.jpg 4,000 × 3,000; 6.42 MB
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Cartagena, Colombia in Anaglyph 3D - 2025.jpg 4,001 × 2,973; 15.81 MB
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Cobox cs.jpg 2,560 × 1,024; 3.29 MB
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Cobox l.jpg 2,956 × 2,261; 6.14 MB
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Cobox r.jpg 2,956 × 2,261; 6.05 MB
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Cobox.jpg 1,800 × 2,164; 2.32 MB
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Coding1.png 413 × 201; 4 KB
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Coding2.png 420 × 286; 7 KB
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Company of ladies watching stereoscopic photographs by Jacob Spoel 1820-1868.jpg 2,828 × 2,368; 6.03 MB
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Danmarks Tekniske Museum - Cameras.jpg 2,560 × 1,920; 2.45 MB
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Demo2DPlusDigital.png 886 × 178; 19 KB
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Desde 2D.JPG 513 × 488; 25 KB
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Die Gartenlaube (1855) b 170.jpg 510 × 246; 54 KB
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Die Gartenlaube (1855) b 171 2.jpg 500 × 377; 115 KB
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Diplopía fisiológica6.jpg 674 × 242; 20 KB
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Diplopía fisiológicaA7.jpg 50 × 74; 2 KB
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Diplopía fisiológicaB8.jpg 32 × 44; 1 KB
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DisplayAutoesteteoscopic.png 350 × 355; 16 KB
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Dr, Wells Stereoscopic charts.JPG 2,048 × 1,436; 1.85 MB
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Dual Camera Rig.JPG 369 × 434; 31 KB
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Durlach Aue - preview cropped area for the anaglyph image.png 1,724 × 1,293; 4.09 MB
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Durlach aue - result of anaglyph image.png 3,051 × 2,368; 12.31 MB
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Durlach Aue image - preview cropped area for stereoscopy.png 1,724 × 1,293; 4.1 MB
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EmaginZ800.jpg 320 × 224; 60 KB
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Esteoscopia1.jpg 602 × 194; 14 KB
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Estereoscopia2.JPG 51 × 86; 2 KB
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Figure 1 for GC - VUV Spectroscopy.png 1,016 × 932; 514 KB
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FineRastr.tif 587 × 731; 420 KB
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Fototeodolite WildP30.jpg 900 × 655; 127 KB
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Geometry of EP.png 442 × 314; 13 KB
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Hemde-serie1-stereoscope.jpg 1,062 × 1,200; 259 KB
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Historisches Stereoskop-2.jpg 1,596 × 2,229; 919 KB
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Historisches Stereoskop.jpg 2,060 × 1,365; 736 KB
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Holzfigur right eye.jpg 2,296 × 4,080; 4 MB
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Howard Dolman.png 1,674 × 1,945; 42 KB
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I-construction stereoscopy animation.gif 712 × 563; 1.4 MB
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I-construction stereoscopy.png 2,803 × 2,216; 190 KB
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IAA Summit 2025, Munich (20250908-P1049849).jpg 5,184 × 3,888; 7.27 MB
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JackLaxerWiki.jpg 522 × 720; 238 KB
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Kabelrolle background match anaglyph.png 3,220 × 2,413; 13.78 MB
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Kabelrollen Querdisparation.png 1,220 × 862; 1.5 MB
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Kreuzblick3Unterschiede.png 1,499 × 706; 42 KB
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Lippman.png 296 × 450; 47 KB
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Loreo.jpg 2,000 × 1,387; 227 KB
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MobiusGDGVignette.png 447 × 138; 5 KB
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MobiusStereoVignette.png 447 × 138; 6 KB
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Monoskopowy punkt obserwacji oraz stereoskopowe dwa punkty obserwacji.jpg 1,838 × 833; 197 KB
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Możliwe źródła i przyczyny błędów w stereoskopii fotometrycznej.jpg 993 × 1,135; 237 KB
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Nimslo.jpg 200 × 150; 5 KB
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Nintendo 3DS Target Shooting demo at E3 2010.jpg 2,992 × 1,976; 1.81 MB
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Pallati i kongreseve-3D.jpg 2,397 × 1,195; 1.65 MB
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Parallax barrier vs lenticular screen-de-01.png 2,550 × 3,300; 396 KB
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ParallaxBarrier.jpg 1,075 × 1,379; 522 KB
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Parlimit.jpg 360 × 240; 5 KB
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Perspectiva6.jpg 290 × 269; 9 KB
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Philippe Nicolet.jpg 1,280 × 867; 296 KB
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Photographic Society of America (PSA) gold medal, 2015.jpg 687 × 394; 105 KB
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PSM V21 D047 Left and right projection of a cone.jpg 1,505 × 682; 49 KB
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Pulfrich effect pendulum.svg 512 × 384; 5 KB
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Pulfrichdemo.jpg 450 × 196; 16 KB
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Racursi.gif 435 × 518; 9.32 MB
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RakursPrinting.png 171 × 261; 9 KB
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Raumbild Set 1949.jpg 946 × 600; 85 KB
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Rotacional.JPG 510 × 230; 22 KB
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Rought.tif 587 × 737; 423 KB
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SchematicOfMultiview3DCamera.jpg 1,075 × 1,379; 886 KB
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Sistema de espejos giratorios 2.JPG 568 × 263; 17 KB
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Sistema de espejos giratorios 3.JPG 451 × 229; 11 KB
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Sistema de espejos giratorios 4.JPG 920 × 264; 28 KB
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Sistema de espejos giratorios 5.JPG 418 × 210; 13 KB
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Sistema espejos giratorios 1.JPG 568 × 379; 43 KB
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Skrzynki z szklanymi fotkami.jpg 1,200 × 697; 225 KB
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Sobre ejes.JPG 443 × 315; 27 KB
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Sombra y luz3.jpg 326 × 218; 6 KB
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Spot the difference.png 700 × 386; 43 KB
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Sq3d-Feuille lenticulaire.jpg 300 × 225; 97 KB
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Stereo picture - Flickr - Genista.jpg 1,800 × 1,215; 168 KB
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Stereocamera.png 628 × 968; 46 KB
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Stereodia's.JPG 2,304 × 3,072; 1.02 MB
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Stereofilmstrook.png 563 × 216; 3 KB
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Stereofoto-historisch.jpg 2,280 × 1,720; 2.39 MB
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Stereograph of 6th Avenue at Waverly Place in New York City.jpg 3,461 × 3,414; 6.17 MB
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Stereographic draw.png 455 × 266; 5 KB
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StereoMonaLisa.jpg 222 × 400; 16 KB
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Stereoscoop.png 626 × 550; 46 KB
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Stereoscopic Society of America (SSA) gold medal, 2000.jpg 196 × 257; 11 KB
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Stereoscopy - Cameras mounted on tripod with eye distance.jpg 3,840 × 2,160; 1.42 MB
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Strereoscope- Western Wall Jerusalem (cropped left).jpg 300 × 370; 147 KB
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Strereoscope- Western Wall Jerusalem (cropped right).jpg 300 × 370; 142 KB
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Strereoscope- Western Wall Jerusalem.jpg 618 × 1,181; 840 KB
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Superposicion4.jpg 259 × 218; 8 KB
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Superposicion5.jpg 259 × 218; 8 KB
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Teleview 1922.jpg 600 × 246; 89 KB
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Teleview viewer.jpg 400 × 356; 85 KB
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The Treasury, London MET DP73332.jpg 2,078 × 1,045; 484 KB
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Uprooted tree anaglyph - green-red.png 1,404 × 1,057; 3.56 MB
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Vérascope Richard 1925.jpg 3,000 × 4,536; 8.03 MB
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Wild E4.jpg 600 × 925; 35 KB
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Working principle classical INFITEC approach.png 2,023 × 1,090; 43 KB
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Working principle INFITEC method Excellence in 3D.png 2,023 × 1,090; 46 KB
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Wykluczanie obszarów zacienionych spośród danych w stereoskopii fotometrycznej.jpg 1,361 × 1,943; 329 KB
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Zeiss-Jena Stereodias.jpg 3,269 × 2,567; 2.09 MB
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Zritel'nie osi.jpg 255 × 292; 35 KB
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ZSpace 200.jpg 6,016 × 4,016; 6.31 MB
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Zuckerdose-Stereo.jpg 618 × 272; 31 KB
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Стереоскоп.JPG 3,984 × 2,656; 2.38 MB
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Установка для съёмки автостереоскопических изображений.JPG 3,232 × 2,424; 4.41 MB
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Щелевой растр.png 156 × 214; 6 KB

