3D$543590$ - traducción al español
Escáner 3d; Escaner 3D; Escaner 3d
3D
n. película tridimensional
3-D modelling
![[[3D selfie]] models are generated from 2D pictures taken at the Fantasitron 3D photo booth at [[Madurodam]]](https://commons.wikimedia.org/wiki/Special:FilePath/Fantasitron photo booth at Madurodam can scan up to two people at a time IMG 3797 FRD.jpg?width=200 "[[3D selfie]] models are generated from 2D pictures taken at the Fantasitron 3D photo booth at [[Madurodam]]")
![Cícero Moraes]].](https://commons.wikimedia.org/wiki/Special:FilePath/Steps of forensic facial reconstruction - Virtual Mummy - cogitas3d.gif?width=200 "Cícero Moraes]].")
PROCESS OF DEVELOPING A MATHEMATICAL REPRESENTATION OF ANY THREE-DIMENSIONAL SURFACE OF OBJECT VIA SPECIALIZED SOFTWARE
3D model; 3D modelling; Model (CGI); Model (Video games); Model (computer games); Virtual model; 3D models; Model (Computer games); 3-D modeling; 3D modeling software; 3D CAD; 3D modeller; 3d modeler; Modeler; 3D Modeling; 3d model; Three-dimensional model; 3D modeler; 3d modelor; 3D Modeler; 3D object modeling; 3-D model; 3d modeling; 3D Artist; 3D BIM; Three dimensional model; 3D-modeling software; 3D modelling software; 3D model (computer graphics); 3D artist; Applications of 3D modeling; 3-D modeling software; Three-dimensional computer-aided design; 3D modeling tool; 3-D modelling; History of 3D modeling
expression
modelado m 3-D
modelado m 3-D
stereoscopic
 Fleming D. Tinsley house, razed 1963, circa 1870s - DPLA - 3eea4545c6311e132e30b88adc4a8b2c.jpg?width=200 "Stereoscopic image of 772 College Street (formerly Johnson Street) in Macon, Ga, circa 1870s")
![Stereoscopic image of 772 College Street (formerly Johnson Street) in Macon, Ga, circa 1870s ]]](https://commons.wikimedia.org/wiki/Special:FilePath/Charles Street Mall, Boston Common, by Soule, John P., 1827-1904 3.jpg?width=200 "Stereoscopic image of 772 College Street (formerly Johnson Street) in Macon, Ga, circa 1870s ]]")
![A company of ladies looking at stereoscopic views, painting by [[Jacob Spoel]], before 1868. An early depiction of people using a stereoscope.](https://commons.wikimedia.org/wiki/Special:FilePath/Company of ladies watching stereoscopic photographs by Jacob Spoel 1820-1868.jpg?width=200 "A company of ladies looking at stereoscopic views, painting by [[Jacob Spoel]], before 1868. An early depiction of people using a stereoscope.")
!["''[[The early bird catches the worm]]''" stereograph published in 1900 by North-Western View Co. of [[Baraboo, Wisconsin]], digitally restored](https://commons.wikimedia.org/wiki/Special:FilePath/Early bird stereograph2.jpg?width=200 "\"''[[The early bird catches the worm]]''\" stereograph published in 1900 by North-Western View Co. of [[Baraboo, Wisconsin]], digitally restored")
![Saul Davis (act. 1860s–1870s), New Suspension Bridge, Niagara Falls, Canada, c. 1869, albumen print stereograph, [https://www.nga.gov/research/library/imagecollections/features/caught-by-the-camera.html Department of Image Collections], National Gallery of Art Library, Washington, DC](https://commons.wikimedia.org/wiki/Special:FilePath/Niagra Falls Suspension Bridge by Saul Davis.jpg?width=200 "Saul Davis (act. 1860s–1870s), New Suspension Bridge, Niagara Falls, Canada, c. 1869, albumen print stereograph, [https://www.nga.gov/research/library/imagecollections/features/caught-by-the-camera.html Department of Image Collections], National Gallery of Art Library, Washington, DC")
![The [[Nintendo 3DS]] uses parallax barrier autostereoscopy to display a 3D image.](https://commons.wikimedia.org/wiki/Special:FilePath/Nintendo-3DS-AquaOpen.png?width=200 "The [[Nintendo 3DS]] uses parallax barrier autostereoscopy to display a 3D image.")
 2019-06-27.jpg?width=200 "Two Passiflora caerulea flowers arranged as a stereo image pair for viewing by the cross-eyed viewing method (see Freeviewing)")
![also available]]. ''Courtesy NASA/JPL-Caltech.''{{3d glasses}}](https://commons.wikimedia.org/wiki/Special:FilePath/SpiritsShadow-Sol153-6-8-2004.jpg?width=200 "also available]]. ''Courtesy NASA/JPL-Caltech.''{{3d glasses}}")
![synagogue in Geneva]], circa. 1860, in the collection of the [[Jewish Museum of Switzerland]].](https://commons.wikimedia.org/wiki/Special:FilePath/Stereoscopic postcard of the Geneva synagogue.jpg?width=200 "synagogue in Geneva]], circa. 1860, in the collection of the [[Jewish Museum of Switzerland]].")
![anaglyph]] that colors one perspective red and the other [[cyan]].<br/>{{3D glasses}}](https://commons.wikimedia.org/wiki/Special:FilePath/Strereoscope- Western Wall Jerusalem.jpg?width=200 "anaglyph]] that colors one perspective red and the other [[cyan]].<br/>{{3D glasses}}")
TECHNIQUE FOR CREATING OR ENHANCING THE ILLUSION OF DEPTH IN AN IMAGE
Stereoscopic; Stereoview; Stereo photography; Stereograms; Stereography; Stereoscopic goggles; 3D glasses; Stereocard; 3d photography; Stereoscopic View; Stereograph card; Stereograph image; 3d glasses; Stereoviews; Imaging, three-dimensional; 3D stereo; 3D stereography; 3d stereo; Stereographs; 3d photo; 3d photos; 3D Image; Stereophotos; 3-D glasses; Stereoscopic imaging; Stereoscopic image; Stereo 3d; Stereoscopic 3d; Stereoscopic picture; Stereoscopic imagery; Stereophoto; 3D Glasses; Stereophotography; Stereoscopic 3D; 3D technology; Stereographic; Stereo photograph; 3D viewer; 3D glass; Stereographic 3D; Stereo window; Stereoscopic photography; Stereopair; Stereographies; Stereoscopic photograph; Freeviewing; Stereoscopically; Stereophotographs; Stereo photographs; Stereoscopic view; Stereoscopic display
(adj.) = estereoscópico
Ex: Stereoscopic cameras with two spaced glass eyes for striking improvements are just around the corner.
Ex: Stereoscopic cameras with two spaced glass eyes for striking improvements are just around the corner.
Wikipedia
Escáner 3D
Un escáner 3D es un dispositivo que analiza un objeto o una escena para reunir datos de su forma y ocasionalmente su color. La información obtenida se puede usar para construir modelos digitales tridimensionales que se utilizan en una amplia variedad de aplicaciones. Desarrollados inicialmente en aplicaciones industriales (metrología, automóvil), han encontrado un vasto campo de aplicación en actividades como la arqueología, arquitectura, ingeniería, y entretenimiento (en la producción de películas y videojuegos).
