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Create and save a slideshow project. You select a group of photos, then add text, choose a theme, add music, and set how long each slide appears. You can export a slideshow project to play it on a Mac, iPhone, iPad, or Apple TV.

On a PC or a Mac, if you have a particular PowerPoint slide that you want to use in different presentations, you can save it separately from the rest of the presentation. This article describes how to quickly and easily to move your slide from one presentation to a new one.

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In photography, reversal film or slide film is a type of photographic film that produces a positive image on a transparent base.[1] Instead of negatives and prints, reversal film is processed to produce transparencies or diapositives (abbreviated as "diafilm" or "dia" in some languages like German or Hungarian). Reversal film is produced in various sizes, from 35 mm to roll film to 810 inch sheet film.

A slide is a specially mounted individual transparency intended for projection onto a screen using a slide projector. This allows the photograph to be viewed by a large audience at once. The most common form is the 35 mm slide, with the image framed in a 22 inch cardboard or plastic mount. Some specialized labs produce photographic slides from digital camera images in formats such as JPEG, from computer-generated presentation graphics, and from a wide variety of physical source material such as fingerprints, microscopic sections, paper documents, astronomical images, etc.

The earliest practical and commercially successful color photography reversal process was the Lumire Autochrome, introduced in 1907. This was an additive method, using a panchromatic emulsion coated on a thin glass plate previously coated with a layer of dyed potato starch grains. Autochrome plates were discontinued in the 1930s,[2] after the introduction of Lumire Filmcolor in sheet film and Lumicolor in roll film sizes. Also using the additive principle and reversal processing were the Agfa color screen plates and films and Dufaycolor film, all of which were discontinued by 1961.[3]

Early color negative film had many shortcomings, including the high cost of the film, processing and printing, the mediocre color quality, rapid fading and discoloration of highlights[5] of some types of print that became noticeable after several years. Amateurs who owned projection equipment used reversal films extensively because the cost of projection equipment and slide film was offset by not having to pay for prints. Eventually, print quality improved and prices decreased, and, by the 1970s, color negative film and color prints had largely displaced slides as the primary method of amateur photography.

Until about 1995, color transparency was preferred for publication because of the films' higher contrast and resolution, and was widely used in commercial and advertising photography, reportage, sports, stock and nature photography. Digital media gradually replaced transparency film.[6][page needed]

Black-and-white transparencies were once popular for presentation of lecture materials using 3"4" (3" square in the UK) glass-mounted slides. Such positive black-and-white projection is now rarely done,[citation needed] except in motion pictures. Even where black-and-white positives are currently used, the process to create them typically uses an internegative with standard processing instead of a chemical reversal process.

Finished transparencies are most frequently displayed by projection. Some projectors use a sliding mechanism to manually pull the transparency out of the side of the machine, where it is replaced by the next image. Modern, advanced projectors typically use a carousel that holds a large number of slides; a mechanism automatically pulls a single slide from the carousel and places it in front of the lamp. Small externally lit or battery-powered magnifying viewers are available.

A slide copier is a simple optical device that can be fastened to the lens mount of a camera to enable slide duplicates to be made. Whilst these devices were formerly used to make duplicates on to slide film, they are often now used in conjunction with digital cameras to digitize images from film-based transparencies. This method usually gives better resolution than using attachments for digital A4 flat-bed scanners.

Photo Puzzle: Slide Edition is an 8-puzzle game where you have to slide pieces around to get them in the right spot. If you have all pieces in the right spot, you complete the level! There are 3 difficulty levels to choose from: easy, normal and hard, each adding more and more pieces to the puzzle. The game has a total of 500 levels! Can you complete them all?

In the 17th century, glass slides and magic lanterns were used as a prominent method of entertainment. Glass slides with images painted on them would be projected by magic lanterns, an early form of a slide projector, and showed to audiences. These magic lanterns and slides are the earliest known forms of photo slides and slide projectors. For over 100 years, these magic lanterns and slides were the only projection style machinery available.

The earliest commercially known photographic coloring process was called the Lumiere Autochrome process. This was an additive process that used a panchromatic emulsion on a thin glass plate that had been previously coated with dyed potato starch grains. German company Agfa and British company Dufaycolor also used similar processes to create color photographs in slides. These color slides were a major update compared to the black-and-white Hyalotypes of the 1800s.

After the invention of the photographic slide, new slide projectors came onto the scene, booting out the magic lanterns of the olden days. In 1965, the first carousel slide projector was patented and sold to Eastman Kodak by its inventor, David E. Hansen. The carousel slide projector quickly became the most popular projector for photographic slides.

Multiple instance learning (MIL) is a powerful tool to solve the weakly supervised classification in whole slide image (WSI) based pathology diagnosis. However, the current MIL methods are usually based on independent and identical distribution hypothesis, thus neglect the correlation among different instances. To address this problem, we proposed a new framework, called correlated MIL, and provided a proof for convergence. Based on this framework, we devised a Transformer based MIL (TransMIL), which explored both morphological and spatial information. The proposed TransMIL can effectively deal with unbalanced/balanced and binary/multiple classification with great visualization and interpretability. We conducted various experiments for three different computational pathology problems and achieved better performance and faster convergence compared with state-of-the-art methods. The test AUC for the binary tumor classification can be up to 93.09% over CAMELYON16 dataset. And the AUC over the cancer subtypes classification can be up to 96.03% and 98.82% over TCGA-NSCLC dataset and TCGA-RCC dataset, respectively. Implementation is available at:

Alex Burke is a photographer from Greeley, Colorado. Using a large format film camera, he captures the majestic beauty of Colorado and the American West from the Great Plains to the wilderness and beyond.

The Epson Perfection V600 Photo delivers outstanding quality scans from photos, film, slides and everyday documents. With 6400 x 9600 dpi resolution, this high performance scanner ensures precision film scanning for sharp, vivid reproductions up to 17" x 22" Featuring DIGITAL ICE for both film and prints, one-touch color restoration and ArcSoft PhotoStudio, this scanner provides a complete photo restoration solution.

Epson Perfection V600 Photo ScannerTransparency Unit (built into lid)35mm, mounted slides, and 6x22 cm Medium-format Film HoldersScanner Installation CD-ROMArcSoft PhotoStudioScanner Setup PosterHi-Speed USB 2.0 CableAC Power Adapter and Cord

A theme really helps focus your slide show and helps you sort through all the photos. It can be a person, a place, the adventure you had on vacation or the joy at the birth of a baby. It could be how relaxing or action packed your vacation was. As you look through your photos, is there a theme that emerges? It may not be in all the photos, but if there is a theme that you find in many of them, look at just those photos and pare down from there. Once you have your theme, only put the images that tell that story into your show.

There are many programs for making slide shows. If you have a computer, it probably came with a program that will make a slide show. There will be limitations, but you can do it yourself. When you want fancier transitions, motion and 3D effects, you either need to purchase a much more expensive program or hire someone to do it for you. The person you hire should be able to scan any printed photos you want to include in the show, and do any editing the photos might need.

This is a DIY project that involves turning old projector slides into a lampshade. I was really amazed by the finished product! With the light from the inside, you can actually see the images from the slides. They also cast off different silhouettes; various colors bouncing off the walls. The effect is mesmerizing.

Specializing in transparency E-6 film developing and infrared film, our Sitte Tischer TruTrak dip & dunk processor maintains high professional photo lab standards with constant process control standards, battery backup, and fresh chemistry is optimized for 35mm, medium format, and large format E-6 film processing.

With an ultrafine grain, medium color saturation and contrast compared to other films in the 100F series this E-6 film works well for landscape, nature and fashion photography as well as portraiture. Ability to be push-processed up to +2 stops with excellent results. Available in 35mm, 120 and 45.