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The Best of Wedding Photography.pdf - Free

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ABOVE—Melanie Nashan captured these two lovely bridesmaids<br />

against a weathered barn by available light. Note that the overhang<br />

above the girls blocks the overhead shade and a lighting pattern emerges<br />

coming in from the left, where there is no overhang. Photograph made<br />

with a Canon D60. FACING PAGE, TOP—Joe Photo uses bounce flash<br />

all the time indoors to augment the room’s available light. He does this<br />

primarily to avoid any dead spots in the frame where no light exposes<br />

an image. Here he used his Nikon D1X and a 17–35mm f/2.8D ED-<br />

IF AF-S Zoom-Nikkor lens at an exposure <strong>of</strong> 1/60 second at f/2.8 with<br />

bounce flash. FACING PAGE, BOTTOM—A technique perfected by many<br />

<strong>of</strong> the Australian wedding photographers is working by available light<br />

in such low-light environs as pubs—frequent haunts <strong>of</strong> the bridal party<br />

in the time between the wedding and the reception. Here, Jerry Ghionis<br />

uses a small video light, held by an assistant, to light the couple from<br />

the left. <strong>The</strong> intensity or distance <strong>of</strong> the light is varied to match the ambient<br />

light exposure <strong>of</strong> the room.<br />

Many photographers, especially those shooting 35mm<br />

systems, prefer on-camera TTL flash, which features a<br />

mode for TTL flash-fill that will balance the flash output<br />

to the ambient-light exposure for balanced fill-flash. Most<br />

<strong>of</strong> these TTL flash systems are adjustable so that you can<br />

vary the flash output in fractional increments, thus provid-<br />

74 THE BEST OF WEDDING PHOTOGRAPHY<br />

EVALUATING FLASH OUTPUT<br />

One <strong>of</strong> the best means <strong>of</strong> evaluating flash output, lighting ratios,<br />

and the balance between flash illumination and daylight or room<br />

light is by using the DSLRs LCD monitor. While the LCD may<br />

not be the perfect tool to evaluate subtle exposure effects, it is quite<br />

effective in evaluating how well your bounce flash is performing.<br />

You can see at a glance if you need to increase or decrease flash<br />

output.<br />

ing the means to dial in the precise ratio <strong>of</strong> ambient-to-fill<br />

illumination. <strong>The</strong>y are marvelous systems and, <strong>of</strong> more importance,<br />

they are reliable and predictable. <strong>The</strong> drawback<br />

to these systems is that they are camera-mounted—although<br />

many such systems also allow you to remove the<br />

flash from the camera via a TTL remote cord.<br />

Bounce Flash. Portable flash units do not have modeling<br />

lights, so it is impossible to see beforehand the lighting<br />

effect produced. However, there are certain ways to<br />

use a camera-mounted flash in a predictable way to get excellent<br />

lighting—especially at the reception.<br />

Bounce flash is an ideal type <strong>of</strong> portrait light. It is s<strong>of</strong>t<br />

and directional. By bouncing the flash <strong>of</strong>f the ceiling, you<br />

can achieve an elegant, s<strong>of</strong>t light that fully illuminates your<br />

subjects. You must learn to gauge angles and distances<br />

when using bounce flash. Aim the flash unit at a point on<br />

the ceiling that will produce the widest beam <strong>of</strong> light reflecting<br />

back onto your subjects. You should never use<br />

color film when bouncing flash <strong>of</strong>f colored ceilings or<br />

walls—the light reflected back onto your subjects will be<br />

the same color as the walls. Even if shooting digitally, you<br />

may not be able to compensate with custom white balance<br />

for the green-colored bounce flash coming <strong>of</strong>f <strong>of</strong> a green<br />

ceiling.<br />

TTL flash metering systems and aut<strong>of</strong>lash systems will<br />

read bounce-flash situations fairly accurately, but factors<br />

such as ceiling distance, color, and absorption qualities can<br />

affect proper exposure. Although no exposure compensation<br />

is necessary with these systems, operating distances<br />

will be reduced.<br />

You don’t necessarily have to use your flash-sync speed<br />

when making bounce flash exposures. If the room-light<br />

exposure is within a stop or two <strong>of</strong> your bounce-flash exposure<br />

( 1/125 second at f/4, for example), simply use a<br />

slower shutter speed to record more <strong>of</strong> the ambient room<br />

light. If the room light exposure is 1/30 second at f/4, for<br />

example, expose the bounce-flash photos at 1/30 second at

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