Photography tutorial: Understanding dynamic range | lynda.com




This photography tutorial defines dynamic range and explores how it impacts photography. Watch more at http://www.lynda.com/Photoshop-CS4-tutorials/Shooting-and-Processing-High-Dynamic-Range-Photographs-HDR/83840-2.html?utm_medium=viral&utm_source=youtube&utm_campaign=videoupload-83840-0201

This specific tutorial is just a single movie from chapter two of the Shooting and Processing High Dynamic Range Photographs (HDR) course presented by lynda.com author Ben Long. The complete Shooting and Processing High Dynamic Range Photographs (HDR) course has a total duration of 5 hours and explores the concepts and techniques behind high dynamic range photography

Shooting and Processing High Dynamic Range Photographs (HDR) table of contents:

1. Introduction
2. What Is HDR?
3. Shooting and Organizing HDR
4. Expanding Dynamic Range Through Masking
5. Processing Multi-Shot HDR Images in Photoshop CS5
6. Additional Retouching and Finishing
Conclusion

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18 responses to “Photography tutorial: Understanding dynamic range | lynda.com”

  1. Well, it is possible to capture to the same exposure as we see with our eyes, by using a flash 🙂 I know, it's not the same view exactly, since the light angle changes etc, but you get the point.

  2. I have a doubt and hope that you will be able to help me with this

    Imagine a scene that's too bright for my camera's sensor and I want to capture as much detail as possible in that scene.. let's say my camera has an APS-C sensor

    I would probably have to reduce my exposure appropriately so that the very bright scene can become visible..

    Now what if I capture the same scene with a medium format camera which has a pixel count of just 6 megapixels

    The reason I am making this assumption is that I want the individual photo sites to be large enough to capture a bright scene like that without getting saturated at normal exposure

    I am curious to know if the colors in this normal exposure would be more natural than the colors that I will get in the reduced exposure with the APS-C sensor

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