For professional outdoor photographer David Johnston, creating a photograph that has a clear idea of the subject was a challenge when he was starting in outdoor photography. However, his mentors told him that it was the one way to create a good photo. There are many ways you can seclude your subjects in the outdoor scene. In this video, David will show how to use subject seclusion for clean photography by using wide apertures with a wildflower he found in Great Smoky Mountains National Park. After watching this video you’ll have a better understanding of what to do to get clean photography the next time you’re faced with a cluttered composition.
In this high dynamic range photography tutorial, the challenge is to include all the intricate details: religious murals, chipped wall paint, hard sunlight patterns, and deep shadows. In this video course, professional photographer and instructor, Tony Sweet, will show you how to combine all the lighting elements. Tony uses manual bracketing at f22. On either…Watch Now >>
The six images have been captured, and now it’s time for processing Al Capone’s cell. Post production instructor, Tony Sweet, drags the HDR-processed RAW file into Photomatix, his favorite HDR software. When he runs into a problem with an overexposed skylight, he corrects with tone mapping and the white point point tool. He discusses saturation,…Watch Now >>
Photographing a hall of mirrors? Now there is a challenge! In this video, professional photographer and instructor, Tony Sweet, takes you into the old prison for a complex lesson in High Dynamic Range photography. “The lighting is difficult because of the skylights and mirrors,” Tony explains. Shooting with a 14mm lens at f22, he makes…Watch Now >>
In this video on HDR photography, professional photographer and instructor, Tony Sweet, solves the problem of the bright, blown-out, tower window in the old prison. He comments, “Given the wide range of natural light, this is an ideal HDR candidate.” In the first step, Tony takes one aperture priority image, using the average light reading…Watch Now >>