Portraits – Candid Capture

Q. How does a photographer catch the candid emotion, expression or action?

A. It can be difficult, however there is something consistently said by every portrait photographer I know, only 1 in every 10 is a good photo at best. The more experience in the portrait field, a photographer has I have heard the numbers dramatically increase from the 1 in 10 to 1 in 100.

I certainly found this to be true as I shot a wedding. Out of the hundreds of photos I got throughout the time of the wedding, reception and exit I only liked as many as 7! Remember though that I am coming from a viewpoint of quality and clarity, so even though the pose is good, I may not like it for smaller details that no one else might notice.

This may be a little steep for some photographers shooting film, so my caution to that is “Be careful on what you use your film.” In this age of technological advances and affordable digital cameras, use both styles (film and digital) but do not stop shooting with the digital until you get the right shot and then pick up your 35mm to get that one shot you found through the inexpensive digital shot. Do not hesitate either about deleting the digital photos! They essentially cost cents on the dollar as compared to the 35mm photo which costs a good part of a dollar if not more.

Q. How can a candid be posed with the same intensity of emotion?

Several things factor in but I will say one of the most important parts of getting that smile or   intense concentration is being able to communicate that emotion to the subject. Now, for a truly candid shot being that the subject does not know they are being photographed means the photographer should be ready to take a minimum or 3 – 10 pictures in a burst so that you can choose from the best of the expressions. One last point is to do your best to get the surface of the eye in focus because the soul of the person and the eyes being the window to the soul will give the true emotional expression.

Happy Thanksgiving!

Back Lighting – Part 2

Specifics on soft-box set-up:

Lighting the space behind and around your subject requires a lot of care, patience and finesse.

Controlling the amount of light taken into the camera is another important concept to understand when trying to utilize the style of Back Lighting. We discussed controlling the amount of light your camera receives in “Camera Troubles” through “Part 6” and how it is based on the operation of the human eye, nervous system and brain.

Lighting for jewelry is a tricky occupation because of the many shiny surfaces we so enjoy not just of the metal but the gems too. Back Lighting jewelry uses the least direct lighting in my opinion. (I say in my opinion, because like any other profession you will find many an expert who: knows what others do not and used or has seen extremes which others have not. Yes, truly this is experience and opinion wrapped up into one statement.)

There are a couple of ways to back light a subject even in a “light-box”. The first way is to reflect the light off of the back drop. Another way is to light the object through the sheer fabric of the soft box back. I created a kind of soft box, only because I diffused the major lights in my set-up.

So my basic point is; there is no need to buy soft boxes if you are not focusing on staged macro photography. Have fun and improvise with the equipment you have or invest in basic equipment that you can re-use for other projects. Soft boxes are not designed to eliminate all shadows but do a very good job of softening them, especially since setting up proper lighting means more than one light source which the soft box technique so easily facilitates.

Step 1: Soften harsh lighting.

Camera Troubles – Part 5

There is one more part of the human Eye and camera that we have not covered. This is the process of the Data Transfer from the Sensor to the Storage media via the Processor.

The Data Transfer:

The human capability for vision is amazing because we think we understand it enough to duplicate the process, only to realize our duplication is much less efficient than our inspiration.

As soon as our Retina receives the light of our surroundings, beginning to send the neurological impulses to the Optic Nerve there is a process of Data Transfer initiated. The amazing thing about this Data Transfer is the amount of detail that can be recalled, or amounts of certain information which one can be trained to receive and recall.

Illustration of information recall: Military branches train their personnel to acquire a target and discern in an instant if it is friendly or hostile. After an operation, begin the reports from each member and with it the lists of information that is most important; number of personnel on the operation, enemy patrols encountered, branches to which the patrols are affiliated, shots fired, number of injuries…etc. There is a lot of information to take in with precious little time to do so. This information is primarily accumulated by sight and secondarily with the other 4 human senses.

The same for public servants. Police officers require the use of sight in making reports besides assessing the threat to the public and their own safety. Paramedics make reports with vital statistics of a patient from many different senses at the same time. Firemen and women are trained to take verbal queues before getting to the scene of an emergency to take their own assessment of the situation.

This is all gathering data. These mentioned public servants and military are trained not just to gather information but to recall it for the purpose of reporting the events as they happened. This Data is what I draw upon in likening it to the Data a camera receives.

When the sequence in a camera is initiated, the light received by the Sensor is converted into Data which is transferred  across thin metal conductors. However, here is where Data loss becomes a problem. The Sensor is made up of millions of little pixels which receive light. There is not adequate space to give each pixel its own dedicated metal conductor for Data Transfer, so there ends up being about 100,000 or more pixels attached to 1 metal conductor lead.

Even still it is incredible that with so much Data being Transferred there is not more Data loss in digital cameras.

In the next and last post for the “Camera Troubles” series, we will discuss the specifics of the digital camera limitations so that we can learn to capture the detail we want.