using the layers palette in on1 effects 10

#Using the layers palette in on1 effects 10 registration#
#Using the layers palette in on1 effects 10 series#

The lenses are accurately aligned with the interlaces of the image, so that light reflected off each strip is refracted in a slightly different direction, but the light from all pixels originating from the same original image is sent in the same direction. With the new technology, lenses are printed in the same printing operation as the interlaced image, either on both sides of a flat sheet of transparent material, or on the same side of a sheet of paper, the image being covered with a transparent sheet of plastic or with a layer of transparent, which in turn is printed with several layers of varnish to create the lenses. Alternatively, the images can be printed on paper, which is then bonded to the plastic.

#Using the layers palette in on1 effects 10 series#

These are printed on the back of a piece of plastic, with a series of thin lenses molded into the opposite side. Construction Įach image is arranged (slicing) into strips, which are then interlaced with one or more similarly arranged images (splicing). Lenticular images saw a surge in popularity in the 'aughts', from appearing on the cover of the May 2006 issue of Rolling Stone to trading cards, sports posters and signs in stores that help to attract buyers. Lithographic lenticular printing allows for the flat side of the lenticular sheet to have ink placed directly onto the lens, while high-resolution photographic lenticulars typically have the image laminated to the lens. While PETG and APET are the most common, other materials are becoming popular to accommodate outdoor use and special forming due to the increasing use of lenticular images on items such as gift cards. There are many commercial processes in the manufacture of lenticular images, which can be made from PVC, APET, acrylic, and PETG, as well as other materials.

Other effects, like morphs, motion, and zooms work better (with less ghosting or latent effects) in top-to-bottom orientation, but can be achieved in both orientations. 3D effects can be achieved only in a lateral (side-by-side) orientation, as each of the viewer's eyes must see them from a slightly different angle to achieve the stereoscopic effect. Alternatively, several images of the same object, taken from slightly different angles, can be used to create a lenticular print with a stereoscopic 3D effect. Though normally produced in sheet form by interlacing simple images or colors throughout the artwork, lenticular images can also be created in roll form with 3D effects or multi-color changes. If a sequence of images is used, it can even show a short animation. The combined lenticular print shows two or more images by changing the angle from which the print is viewed.

#Using the layers palette in on1 effects 10 registration#

When printing on the backside of the lens, the critical registration of the fine 'slices' of interlaced images must be absolutely correct during the lithographic or screen printing process to avoid 'ghosting' and poor image definition. The interlaced image may be printed directly on the back (smooth side) of the lens, or on a substrate (ideally a synthetic paper) which is laminated to the lens. Once the images are collected, they are arranged in individual frame files, then digitally combined into a single file in a process called interlacing. It can be used to create frames of animation, for a motion effect offsetting the various layers at different increments, for a 3D effect or simply to show sets of alternative images that appear to transform into each other. Lenticular printing is a multi-step process which consists of creating a lenticular image from at least two images, and placing it behind a lenticular lens.