What is a high concept photograph? In this free video, world renowned outdoor photographer Ian Plant takes you to the jungle of Sumatra in Indonesia for what he calls high concept images. You will learn how Ian creates his own personal vision as an artist when photographing an orangutan in the wild, and how he uses composition, natural light, and perspective to achieve his unique high concept photographs. He uses unusual focal lengths, sometimes preferring wide angle lenses, even his 15mm fisheye lens. Pro photographer Ian Plant believes that no matter what your photographic subject, it’s best to bring your own high concept to the visual table.
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 problem in photographing the hall of mirrors was the wide dynamic range of light. In this editing video, post production instructor, Tony Sweet, shows you how to solve that problem in HDR processing. After combining the seven source images, Tony works his HDR image through tone mapping in the Photomatix default setting. He experiments…Watch Now >>
After capturing the prison yard in extreme lighting conditions, how would you go about processing the yard? Post-production instructor, Tony Sweet, walks you through the steps to achieve the final HDR photograph. Using Photomatix software, he discovers haloing around the clouds and pulls back the strength. In the default setting, Tony makes general adjustments: white…Watch Now >>
A HDR photography session in a deserted prison? Why not! Professional photographer and instructor, Tony Sweet, takes you to an old prison cell block for what he calls “a great HDR venue” because of the dynamic lighting range from bright skylights to dark stone walls. You will learn to deviate from your normal light reading…Watch Now >>