A little over a year ago, I decided to concentrate my blogging efforts on photography after not successfully being able to blog about anything else. I opted to go with WordPress as a blogging platform, because WordPress was created to be elegant and powerful out of the box, has a huge user community and has a high levels of customization. All these features make it an attractive platform.
A little over a year ago, I decided to concentrate my blogging efforts on photography after not successfully being able to blog about anything else. I opted to go with WordPress as a blogging platform, because WordPress was created to be elegant and powerful out of the box, has a huge user community, and has high levels of customization. All these features make it an attractive platform.
My intended use for WordPress, as stated, is photography, particularly photoblogging. Photoblogging is, as the portmanteau suggests, a blog that focuses on photos rather than written content. Typically, photobloggers will post photos on a periodic bases in the same manner a blogger posts articles, and the software manages comments etc. There are highly specialized software packages that are specifically tailored for photoblogging such as PixelPost, but I wanted to maintain some aspects of a traditional blog yet do photoblogging too. WordPress has specialized themes for photoblogging, so it can be photoblog only.
This tutorial will show, how to compose an HDR panorama, then generally cover the post-processing of such images.
Panorama comes from two words that literally mean “all” and “sight”. The purpose of a panorama is to captures as much of a field of view as possible, usually by combining several individual shots into a single image. High Dynamic Range (HDR) panoramas combine High Dynamic Range photography with panoramic photography techniques.
Panoramic images date back to before photography, as there are many panoramic paintings. Panoramic photography is as old as photography itself. The first photographic panoramas were simply shots overlaid on top of one another. More sophisticated techniques were invented to create what appeared to be “seamless” photos. With modern digital photography, this is easy to accomplish with panoramic stitching software, which we will cover later. With this in mind, this tutorial will show, how to compose an HDR panorama, then generally cover the post-processing of such images.
With post processing, you can simulate the effects of many vintage films. The trick here is finding the right color mix– that is the intensity of colors in relation to one another before one desaturates the image. Here are some of the things I play with when black and whites in no particular order.
Black and white photography was the first form of photography to be invented over 150 years ago, and has remained popular since then for its aesthetic and artistic properties. Traditional black and white photography is more or less is the result of monochromatic, light-sensitive chemicals on some sort of medium such as film or plates. Some chemicals respond to different colors of light more than others. A combination of light color and film selection with black and white photography produce different effects when the colors are represented in monochrome. That is, if a film that was hypersensitive to red, it would have bright white areas if the light source was originally red. Traditionally, photographers had to choose a type of black and white film to whatever effect he or she was going for, and if he or she had control over lighting, would adjust lighting according to the film. Some photographers still prefer this method because of the limitation of digital cameras
When using a digital camera, a photographer obviously does not have the option to choose a type of film for a desired effect. Most cameras only have one sensor, so this requires that either the camera convert to image to a monochrome image, or the photographer convert in in post-processing. Some cameras have options when converting images to black and white, but for the most control, shooting and saving an image in a RAW format gives the photographer the maximum number of options when post-processing.
Street photography is a broad category in photography, but in essence street photographers attempt to capture in an artistic, documentary fashion everyday sort of things in a candid manner as the photographer saw them with little or no manipulation to the image. The category is somewhat of a misnomer in that it is not restricted to streets–one could do such shooting at parks, malls, restaurants, stores, markets, and any other place where people gather and interact.
Pseudo high dynamic range photos are really nothing more than a single exposure processed as an HDR. There are other guides on how to do this but I am going to describe the process I’ve found that I think works pretty well, at least in my humble opinion. This little guide assumes nothing about software, but points out principles I think may help enhance your pseudo HDR experience.
There is something about shooting waterfalls that is a lot of fun…Maybe it is because I like to hike around in the woods, and the waterfalls themselves are the endpoint, or maybe it is just the pure beauty of the falls themselves. Whatever it is, I do enjoy it. There are plenty of guides on how to do shoot waterfalls and HDR, so I felt I’d combine two and add my two cents to the collection of wisdom.
First, a little jargon: A High Dynamic Rance image contains more information than image sensors are capable of collecting. The dynamic range of a sensor refers to the range of light intensity a sensor can detect. For any given sensor, any light brighter than the range the sensor can detect is interpreted as white, and anything darker as black. You may have noticed that when taking pictures indoors during the day, windows appear to be white in a picture, but with your eye you can distinguish objects outside and inside. This is because the dynamic range of the human eye is greater than that of a camera. An HDR image is a combination of multiple images taken at different shutter speeds that are then combined to create an image with more dynamic range than the sensor can detect in any single image. HDR softeware combines the well exposed elements of each photo while removing the overexposed and underexposed elements. After the HDR is created, software then attempts to tone map the image–that is compress the HDR image into a form that is usable for print or on-screen display, as both print media and screens like sensors can only display a limited dynamic range less than what the human eye can see.
Waterfalls offer a particularly great opportunity for using HDR, as it is often times difficult to properly expose waterfalls such that the water is not “burned out” or “blown out” (that is completely white) and the content around the water fall is not utterly black or so dark one cannot see it anyways. HDR’s offer a great solution to this as you can expose the white water and the surrounding content and combine these elements for some beautiful landscape photography. So with no further adieu, we’ll begin.