What is 3D views?

3D display is a process for rendering a three -dimensional image on a two -dimensional surface by creating an optical illusion of depth. In general, 3D display uses two Still or Motion Camera lenses with a slight distance from a remote three -dimensional object. This process effectively duplicates the stereoscopic vision of human eyes. The picture is reproduced as two flat images that viewers see separately and create a visual illusion of depths because their brains combine images into a single.

The place where left and right images overlap is the point of convergence. This point is generally the subject of the image because it is the brightest part of the picture. Objects at the convergence point appear to exist on a surface screen. As the objects in 3D display move further from the point of convergence, it seems that either closer or further from the viewer, and creates the illusion of depth. As a single picture with two overlapping elements. In stereoscopy there are two static photographs side by side and the viewer looks at the left andRight pictures with each eye separately. Stereo photos dates back to the early development of the photo. It is a simpler 3D frame process that requires only two cameras to create two static images. You can also see every eye independently without the help of optical equipment.

Stereoscope is a device that holds stereoscopic images on one card or projects a suitable distance for the viewer to see images in three dimensions. To see a picture in three dimensions without a stereoscope, the viewer can look at both paintings side by side and cross his eyes until the images come together. In combined overlap there will be three pictures, of which in the middle appear in three dimensions.

Single 3D IMVAK, such as ages used in 3D movies, screen on screen and usually look at specialized optical equipment such as 3D glasses or polarized lensesThey make two pictures for each eye. With the naked eye, these images seem like a double exposure. Initial 3D movies used red and cyan filters. 3D glasses contained red and azure lenses and removed the image created by the second filter and created a separate image for each eye.

Modern 3D display divides the image using polarized lenses. The process is basically the same, but does not distort the colors of the image as red and azure filters. Software programs create 3D frames with different techniques to create an illusion of movement, moving objects closer to the view more than those away.