Nikon D700 Digital Field Guide. J. Dennis Thomas

Transcription

1 Nikon D700 Digital Field Guide J. Dennis Thomas

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3 Nikon D700 Digital Field Guide

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5 Nikon D700 Digital Field Guide J. Dennis Thomas

6 Nikon D700 Digital Field Guide Published by Wiley Publishing, Inc Crosspoint Boulevard Indianapolis, IN Copyright 2009 by Wiley Publishing, Inc., Indianapolis, Indiana Published simultaneously in Canada ISBN: Manufactured in the United States of America No part of this publication may be reproduced, stored in a retrieval system or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, scanning or otherwise, except as permitted under Sections 107 or 108 of the 1976 United States Copyright Act, without either the prior written permission of the Publisher, or authorization through payment of the appropriate per-copy fee to the Copyright Clearance Center, 222 Rosewood Drive, Danvers, MA 01923, (978) , fax (978) Requests to the Publisher for permission should be addressed to the Permissions Department, John Wiley & Sons, Inc., 111 River Street, Hoboken, NJ 07030, (201) , fax (201) , or online at LIMIT OF LIABILITY/DISCLAIMER OF WARRANTY: THE PUBLISHER AND THE AUTHOR MAKE NO REPRESENTATIONS OR WARRANTIES WITH RESPECT TO THE ACCURACY OR COMPLETENESS OF THE CONTENTS OF THIS WORK AND SPECIFICALLY DISCLAIM ALL WARRANTIES, INCLUDING WITHOUT LIMITATION WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE. NO WAR- RANTY MAY BE CREATED OR EXTENDED BY SALES OR PROMOTIONAL MATERIALS. THE ADVICE AND STRATEGIES CONTAINED HEREIN MAY NOT BE SUITABLE FOR EVERY SITUATION. THIS WORK IS SOLD WITH THE UNDERSTANDING THAT THE PUBLISHER IS NOT ENGAGED IN RENDERING LEGAL, ACCOUNTING, OR OTHER PROFESSIONAL SERVICES. IF PROFESSIONAL ASSISTANCE IS REQUIRED, THE SERVICES OF A COMPETENT PROFESSIONAL PERSON SHOULD BE SOUGHT. NEITHER THE PUBLISHER NOR THE AUTHOR SHALL BE LIABLE FOR DAMAGES ARISING HEREFROM. THE FACT THAT AN ORGANIZATION OR WEB SITE IS REFERRED TO IN THIS WORK AS A CITATION AND/OR A POTENTIAL SOURCE OF FURTHER INFORMATION DOES NOT MEAN THAT THE AUTHOR OR THE PUBLISHER ENDORSES THE INFORMATION THE ORGA- NIZATION OF WEB SITE MAY PROVIDE OR RECOMMENDATIONS IT MAY MAKE. FURTHER, READ- ERS SHOULD BE AWARE THAT INTERNET WEB SITES LISTED IN THIS WORK MAY HAVE CHANGED OR DISAPPEARED BETWEEN WHEN THIS WORK WAS WRITTEN AND WHEN IT IS READ. For general information on our other products and services or to obtain technical support, please contact our Customer Care Department within the U.S. at (800) , outside the U.S. at (317) , or fax (317) Wiley also publishes its books in a variety of electronic formats. Some content that appears in print may not be available in electronic books. Library of Congress Control Number: Trademarks: Wiley and the Wiley Publishing logo are trademarks or registered trademarks of John Wiley & Sons, Inc. and/or its affiliates in the United States and/or other countries, and may not be used without written permission. Nikon is a registered trademark of Nikon Corporation. All other trademarks are the property of their respective owners. Wiley Publishing, Inc. is not associated with any product or vendor mentioned in this book.

7 About the Author J. Dennis Thomas is a freelance photographer based out of Austin, Texas. He s been using a camera for fun and profit for almost 25 years. Schooled in photography first in high school then at Austin College, he has won numerous awards for both his film and digital photography. Denny has a passion for teaching others about photography and teaches black-andwhite film photography to middle school students as well as lighting and digital photography seminars in Austin. He enjoys all types of photography and his photographic subjects are diverse, from weddings and studio portraits to concerts and extreme sports events. He has written six highly successful Digital Field Guides for Wiley Publishing and has another in the works. His work has been featured in numerous galleries, magazines, and newspapers in the central Texas area and beyond.

8 Credits Acquisitions Editor Courtney Allen Project Editor Jama Carter Technical Editor Michael Corrado Copy Editor Lauren Kennedy Editorial Manager Robyn B. Siesky Business Manager Amy Knies Senior Marketing Manager Sandy Smith Vice President and Executive Group Publisher Richard Swadley Vice President and Executive Publisher Barry Pruett Project Coordinator Erin Smith Graphics and Production Specialists Andrea Hornberger Jennifer Mayberry Christin Swinford Quality Control Technician John Greenough Proofreading Linda Quigley Indexing Galen Schroeder

9 Acknowledgments Thanks to Courtney, Cricket, Jama, and Laura at Wiley. Thanks to Robert at Precision Camera in Austin for always getting me the camera as soon as it arrives. A special thanks to everyone who appears in my photos, without you the images would have no subject.

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11 Contents at a Glance Acknowledgments vii Introduction xix Part I: Using the Nikon D Chapter 1: Exploring the Nikon D Chapter 2: Nikon D700 Essentials Chapter 3: Setting Up the Nikon D Part II: Capturing Great Images with the Nikon D Chapter 4: Selecting and Using Lenses Chapter 5: Essential Photography Concepts Chapter 6: Working with Light Chapter 7: Advanced Shooting Techniques Chapter 8: Viewing and In-Camera Editing Part III: Appendixes Appendix A: Accessories Appendix B: D700 Specifications Appendix C: Online Resources Glossary Index

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13 Contents Acknowledgments vii Part I: Using the Nikon D700 1 Shooting Info Display 24 Chapter 2: Nikon D700 Essentials 31 Chapter 1: Exploring the Nikon D700 3 D700 FX-format CMOS Sensor 3 From analog to digital 4 CMOS versus CCD 4 CCD 4 CMOS 4 Pixels 5 Micro-lenses 5 Interpreting color 5 Key Components of the D700 5 Top of the camera 6 Back of the camera 8 Front of the camera 11 Right front 12 Left front 13 Sides and bottom of camera 14 Right side 14 Left side 15 Bottom 15 Viewfinder Display 16 Control Panel 20 Exposure Modes 31 Programmed Auto 32 Aperture Priority 33 Shutter Priority 34 Manual 35 Metering Modes 36 Matrix 36 Center-weighted 38 Spot 39 Focus Modes 39 How the D700 autofocus works 39 Phase detection 40 Contrast detection 40 Continuous 40 Single 41 Manual 41 Autofocus Area Modes 41 Single-area AF 42 Dynamic-area AF 42 9 points points points points (3D-tracking) 43 Auto-area AF 43

14 ISO Sensitivity 44 Auto ISO 44 Noise reduction 45 Long exposure NR 46 High ISO NR 46 White Balance 47 What is Kelvin? 47 White balance settings 48 Picture Controls 51 Original Picture Controls 51 Optional Picture Controls 52 Custom Picture Controls 52 JPEG 57 TIFF 59 Image Size 59 Image Quality 59 NEF (RAW) 60 Type of compression 60 Bit depth 61 Live View 63 Chapter 3: Setting Up the Nikon D Playback Menu 65 Delete 66 Playback folder 67 Hide image 67 Display mode 67 Image review 68 After delete 68 Rotate tall 69 Slide show 69 Print set (DPOF) 69 Shooting Menu 70 Shooting menu bank 70 Reset shooting menu 72 Active folder 72 File naming 73 Image quality 73 Image size 74 Image area 74 JPEG compression 75 NEF (RAW) recording 75 White balance 76 Using standard WB settings 76 Choosing a color temperature 77 Preset white balance 78 Set Picture Control 80 Manage Picture Control 81 Color space 82 Active D-Lighting 82 Vignette control 83 Long exp. NR 84 High ISO NR 84 ISO sensitivity settings 85 Live view 85 Multiple exposure 85 Interval timer shooting 86 Custom Settings Menu 87 Custom setting bank 87 Reset custom settings 87 CSM a Autofocus 87 a1 AF-C priority selection 87 a2 AF-S priority selection 88

15 a3 Dynamic AF area 88 a4 Focus tracking with lock-on 89 a5 AF activation 89 a6 AF point illumination 89 a7 Focus point wrap-around 89 a8 AF point selection 89 a9 Built-in AF-assist illuminator 89 a10 AF-ON for MB-D10 90 CSM b Metering/exposure 90 b1 ISO sensitivity step value 90 b2 EV steps for exposure cntrl. 91 b3 Exp comp/fine tune 91 b4 Easy exposure compensation 91 b5 Center-weighted area 91 b6 Fine tune optimal exposure 91 CSM c Timers/AE lock 92 c1 Shutter-release button AE-L 92 c2 Auto meter-off delay 92 c3 Self-timer delay 92 c4 Monitor off delay 92 CSM d Shooting/display 92 d1 Beep 92 d2 Viewfinder grid display 92 d3 Screen tips 93 d4 CL mode shooting speed 93 d5 Max. continuous release 93 d6 File number sequence 93 d7 Shooting info display 94 d8 LCD illumination 94 d9 Exposure delay mode 94 d10 MB-D10 battery type 94 d11 Battery order 94 CSM e Bracketing/flash 95 e1 Flash sync speed 95 e2 Flash shutter speed 95 e3 Flash cntrl for built-in flash 95 e4 Modeling flash 96 e5 Auto bracketing set 96 e6 Auto bracketing (Mode M) 96 e7 Bracketing order 96 CSM f Controls 96 f1 Switch 96 f2 Multi selector center button 97 f3 Multi selector 98 f4 Photo info/playback 98 f5 Assign FUNC. button 98 f6 Assign preview button 100 f7 Assign AE-L/AF-L button 100 f8 Shutter spd & aperture lock 100 f9 Customize command dials 100 f10 Release button to use dial 101 f11 No memory card? 101 f12 Reverse indicators 101 Setup Menu 101 Format memory card 102 LCD brightness 102 Clean image sensor 102 Lock mirror up for cleaning 103 Video mode 103 HDMI 103 World time 103 Language 103 Image comment 104 Auto image rotation 104 Dust off ref photo 104 Battery info 104 Wireless transmitter 105

16 Image authentication 105 Copyright information 105 Save/load settings 105 GPS 105 Virtual horizon 106 Non-CPU lens data 106 AF fine tune 107 Firmware version 108 Retouch Menu 108 My Menu 109 Quick Settings Display 110 Third-Party Lenses 135 Sigma 135 Tamron 136 Tokina 137 Lens Accessories 137 Teleconverters 137 Extension tubes 138 Filters 138 Chapter 5: Essential Photography Concepts 141 Part II: Capturing Great Images with the Nikon D Chapter 4: Selecting and Using Lenses 115 Wide-Angle and Ultrawide Lenses 116 When to use a wide-angle lens 119 Understanding limitations 119 Mid-Range or Standard Zoom Lenses 120 Telephoto Lenses 123 Special Purpose Lenses 126 Perspective Control lenses 126 Macro (Micro-NIKKOR) lenses 128 Fisheye lenses 129 Using VR Lenses 130 Using DX Lenses 131 Exposure 141 Shutter speed 142 Using fast shutter speeds 142 Using slow shutter speeds 143 ISO 145 Aperture 146 Understanding Depth of Field 146 Exposure Compensation 148 Histograms 149 Bracketing 154 White Balance bracketing 157

17 Chapter 6: Working with Light 159 Natural Light 159 D700 Flash Basics 160 Achieving proper exposures 161 Guide Number 161 Aperture 162 Distance 162 GN / Distance = Aperture 162 Flash exposure modes 162 i-ttl 162 Manual 163 Auto 163 Auto Aperture 163 Guide Number distance priority 163 Repeating flash 163 Flash sync modes 164 Sync speed 164 Front-curtain sync 165 Red-eye reduction 165 Slow sync 166 Rear-curtain sync 167 Flash Exposure Compensation 168 Fill flash 168 Bounce flash 170 Nikon Creative Lighting System Basics 171 Understanding the Creative Lighting System 172 Speedlights 173 SB-900 Speedlight 173 SB-800 Speedlight 174 SB-600 Speedlight 174 SB-400 Speedlight 175 SU-800 Wireless Speedlight commander 175 R1/R1C1 Macro flash 176 Using the Built-In Speedlight 177 Studio Strobes 178 Continuous Lighting 181 Incandescent and halogen 182 Fluorescent 183 HMI 184 Light Modifiers 184 Umbrellas 184 Softboxes 185 Diffusion panels 186 Other light modifiers 187 Chapter 7: Advanced Shooting Techniques 191 Action and Sports Photography 191 Techniques 193 Action and sports photography tips 196

18 Architectural Photography 196 Perspective 197 Architectural photography tips 199 Concert Photography 200 Techniques 201 Concert photography tips 204 Macro Photography 205 Macro lens alternatives 206 Macro photography tips 207 Night Photography 208 Techniques 208 Night photography tips 209 Portrait Photography 210 Studio considerations 211 Portrait lighting patterns 212 Posing and composition considerations 214 Indoor 217 Outdoor 218 Portrait photography tips 219 Product and Still-Life Photography 219 Considerations 219 Product and still-life photography tips 221 Wildlife Photography 221 Considerations 222 Wildlife photography tips 224 Chapter 8: Viewing and In-Camera Editing 225 Retouch Menu Options 228 D-Lighting 228 Red-eye correction 228 Trim 229 Monochrome 229 Filter effects 231 Color balance 231 Image overlay 232 Side-by-side comparison 233 Part III: Appendixes 235 Appendix A: Accessories 237 MB-D10 Battery Grip 237 WT-4a Wireless Transmitter 238 ML-3 Modulite Remote Control Set 239 MC-36 Multi-Function Remote Cord 239 Tripods 239 When to use a tripod 240 Which tripod is right for you? 241 Camera Bags and Cases 241 Appendix B: D700 Specifications 243 Viewing Your Images 225 The Retouch menu 226

19 Appendix C: Online Resources 249 Informational Web Sites 249 Nikonusa.com 249 Nikon School 249 Nikonians.org 249 Photo.net 250 Photo Sharing and Critiquing Sites 250 Flickr.com 250 Photoworkshop.com 250 ShotAddict.com 250 Online Photography Magazines 250 Communication Arts 250 Digital Photographer 250 Digital Photo Pro 250 Outdoor Photographer 250 Photo District News 250 Popular Photography & Imaging 250 Shutterbug 250 Glossary 251 Index 257

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21 Introduction Welcome to the Nikon D700 Digital Field Guide. This guide is a handy reference book to get you started using your new camera and help you understand the different features and functions that this amazing camera offers. It is aimed at a wide variety of readers, from beginners to advanced amateurs. Some of you are familiar with many of the concepts, while others of you may be new to digital photography with a digital single lens reflex (dslr) or new to photography altogether. You ll find sections to help you, regardless of your level. With its many different buttons and features, the D700 can be daunting. My goal is to explain these settings and features as clearly as possible as you learn the layout of the D700 and how to use the features out in the field. About the D700 The D700 is the little brother to the D3, which came on the market August The D3 was Nikon s first camera with a 24 36mm full-frame sensor (which Nikon dubs FX). Unfortunately the $5,000 price tag was a bit beyond what most casual photographers could afford. Nikon addressed the need for a more affordable FX camera with a more compact body, and announced the D700 on July 1, The D700 is essentially a D3 within the body of a D300. The D700 s FX sensor is identical to the D3 s 12.1 megapixel CMOS sensor. One of the advantages of having a larger FX sensor is that you have larger pixels that collect light more effectively; this enables you to use higher ISO settings without digital noise. Another advantage is that the D700 s FX sensor allows you to use your lenses without worrying about the pesky crop factor that plagues the DX camera lines. Indeed, a 28mm lens is once again a wide-angle lens on the D700. For those of you who started with a DX camera and purchased DX-only lenses such as Nikon s AF-S 17-55mm f/2.8, no worries. Nikon has built in a feature that allows the D700 to crop down to a DX-sized image; this way you can use your DX lenses effectively on the D700 camera body, albeit the sensor resolution is reduced from 12.1 megapixels to 5.1 megapixels. The D700 is compatible with almost all the Nikon lenses ever made. Nikon lenses are world renowned for their quality and durability. You can use hundreds of different lenses on the D700, and any new lens Nikon releases will be compatible.

22 xx Introduction The D700 is also compatible with Nikon s proprietary Creative Lighting System. The D700 has a built-in flash with a wireless commander mode so, unlike the D3 without a pop-up flash, the D700 can control a number of off-camera Speedlights wirelessly for the ultimate control of your lighting. You can use the D700 with a number of Nikon s Speedlights, from the new flagship flash, the SB-900, on down to the SB-800, SB-600, SB-400, or the macro lighting kit, the R1C1. As with all Nikon professional cameras, the D700 boasts a sturdy magnesium-framed body that is augmented by weather-sealing gaskets made to keep dust, dirt, and moisture from getting inside the camera body and damaging the internal components. The D700 s rugged yet compact camera body can withstand the abuse of any demanding photographer and should last for years to come. Although the D700 is relatively affordable, Nikon hasn t stripped down any of its features as some other camera manufacturers are known to do. The D700 sports the same impressive Multi-CAM 3500FX 51-point autofocus (AF) system as the D3, the D3 s EXPEED imaging processor, and a 14-bit analog-to-digital converter, as well as 16-bit image processing. Like the D3 and the D300, the D700 is also equipped with the versatile Live View function, which allows you to compose your images on the amazing high-resolution, 922,000-pixel, 3-inch LCD screen a handy feature for framing subjects that may be difficult when you re looking through the viewfinder. All in all, as you ve gathered by now, the D700 is an impressive, durable camera in a compact body that offers many features you previously could only find in the substantially more expensive D3, and that will be sure to last for many years to come.

23 Using the Nikon D700 P A R T I In This Part Chapter 1 Exploring the Nikon D700 Chapter 2 Nikon D700 Essentials Chapter 3 Setting Up the Nikon D700

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25 Exploring the Nikon D700 1 C H A P T E R The Nikon D700 is considered one of Nikon s pro-level performance camera models and, therefore, has many more buttons, dials, and knobs than most consumer and midlevel cameras. This makes it faster and easier to access the controls that are used most, especially for advanced or professional photographers. To use the same functions in consumer cameras such as the D60 and D90, you need to navigate the menu functions, which can cost precious time when you are in the midst of shooting. Instead of pressing the Multi-selector ten times to find the correct option in the menu system, you simply press one button and rotate a dial it s quick and easy With its many buttons and dials, the D700 can be daunting, especially if you are upgrading from a consumer camera, are new to photography in general, or are switching camera brands. This chapter helps you become familiar with the D700 s various features, as well as the LCD control panel and viewfinder displays. In This Chapter D700 FX-format CMOS sensor Key components of the D700 Viewfinder display Control panel Shooting info display D700 FX-format CMOS Sensor The FX-format CMOS (Complimentary Metal Oxide Semiconductor) sensor is arguably the most important part of the camera and the main reason why many photographers buy the D700. For quite a few years, Nikon has been using APS-C sized sensors (which they call DX-format) in all their cameras. They are about 24mm 16mm and because they are much smaller than a standard frame of 35mm film, lenses are subject to a crop factor. This causes the lenses to perform differently than they have on film cameras. Finally Nikon released the D3, their first full-frame, or FX, dslr, meaning that the sensor is the same size as a standard frame of 35mm film. This allows lenses to perform exactly as they had with film

26 4 Part I Using the Nikon D700 cameras, giving you the same angle of view. Unfortunately, the D3 was a bit expensive, out of the price range for most amateurs. Surprisingly, not long after the launch of the D3, Nikon released a dslr that is essentially a D3 in a D300-sized body at nearly half the price. This amazing 36 24mm, 12 megapixel CMOS sensor gives almost no noise, even at ISO settings up to For more information on DX sensors and lenses, see Chapter 4. From analog to digital Believe it or not, digital image sensors are actually analog devices that capture light just like emulsion on a piece of film. When the shutter is opened, light from the scene that you re photographing, whether it be sunlight or flash, travels through the lens and is projected (hopefully in focus) onto the sensor. Each sensor has millions of pixels, which act as a receptacle that collects individual photons of light. A photon is a quantum particle of light, which is a form of electromagnetic radiation. The more photons the pixel collects, the brighter the area is; conversely, if the pixel doesn t collect a lot of photons, the area is dark. Each pixel has a photodiode that converts these photons into minute electrical charges that the Analog/Digital (A/D) converter reads. The A/D converter renders this analog data into digital data that can be utilized by Nikon s EXPEED imaging processor. CMOS versus CCD About half of Nikon s dslrs use Charge Coupled Device (CCD) sensors, although Nikon appears to be moving away from this technology by putting a CMOS sensor in the consumer level D90. Although CMOS and CCD sensors do the same job, they do it differently and each type of sensor has its own strengths and weaknesses. CCD The name Charge Coupled Device refers to how the sensor moves the electrical charges created by the photons that the pixels have collected. The CCD sensor moves these electrical charges from the first row of pixels to a shift register (a digital circuit that allows the charges to be shifted down the line) and from there, the signal is amplified so the A/D converter can read it. The sensor then repeats the processes with each row of pixels until every row of pixels on the sensor has been processed. This is a pretty precise method of transfer, but in digital terms it s quite slow. It requires a large amount of power, relatively speaking, so it uses more of the camera battery, which equals fewer shots per charge. CCD sensors have a higher signal to noise ratio; which makes them less prone to high ISO noise than CMOS sensors and enables them to provide a higher image quality. CMOS Just like a CCD sensor, a CMOS sensor has millions of pixels and photodiodes. The main difference between the CMOS and CCD sensor is that each pixel has its own amplifier and it converts the charge to voltage on the spot. It s much more efficient to transfer voltage than it is to transfer a charge; therefore, CMOS sensors use less power than CCDs. Multiple channels of sensor data can also be sent out at the same time, so the CMOS sensor can send the data to the A/D converter much faster. CMOS chips are also cheaper to manufacture than CCDs.

27 Chapter 1 Exploring the Nikon D700 5 Pixels The more pixels the sensor has, the higher the resolution of the sensor. However, packing more pixels onto a sensor means that although the resolution is higher, each pixel becomes less effective at gathering light because its much smaller. A larger pixel is more effective at gathering photons; therefore you get a wider dynamic range and a better signal-to-noise ratio, which means less inherent noise and the ability to achieve a higher ISO sensitivity. One of the reasons that Nikon chose to use a lower resolution sensor on their full-frame sensor than their competitors do is to keep the pixel size larger, thereby allowing better low-light capability. The D700 and D3 sensor has a pixel size of 8.5 microns, which is the largest pixel pitch of any digital sensor on the market at this time. Micro-lenses In addition to having larger pixels to gather more light, camera manufacturers place micro-lenses over the pixels. These microlenses collect the light and focus them onto the photodiode much the same way the camera lens focuses the image onto the sensor. By making the micro-lenses larger, Nikon has decreased the gaps between the pixels, increasing the effective light gathering ability of each one. Interpreting color The light-sensitive pixels on the sensor only measure the brightness in relation to how many photons it has gathered, so the basic image captured is, in effect, black and white. To determine color information, the pixels are covered with red, green, or blue colored filters. These filters are arranged in a Bayer pattern. (Dr. Bryce Bayer was a scientist at Kodak who developed this pattern.) The Bayer pattern lays the filters out in an array that consists of 50 percent green, 25 percent blue, and 25 percent red. The green filters are luminance (brightness) sensitive elements and the red and blue filters are chrominance (color) sensitive elements. Twice as many green filters are used to simulate human eyesight given our eyes are more sensitive to green than to red or blue. The camera determines the colors in the image by a process called demosaicing. In demosaicing, the camera interpolates the red, green, and blue data for each pixel by using information from adjacent pixels. Interpolation is a mathematical process in which sets of known data are used to determine new data points. (I like to call it an educated guess.) Key Components of the D700 If you ve used a Nikon dslr before, you should be pretty familiar with the basic buttons and switches that you need to do the basic settings. In this section, I cover the camera from all sides and break down the layout so that you know what everything on the surface of the camera does. Although you can access many features with just the push of a button, oftentimes you can change the same setting using menu options. The great thing about the buttons, however, is that they give you speedy access to important settings settings you will use often. Missing shots because you are searching through the menu options can get irritating fast, which is one of the key reasons

28 6 Part I Using the Nikon D700 most people upgrade from a consumer model camera to a professional-grade camera like the D700. For information about specific menus and their functions, see Chapter 3. Top of the camera The most important buttons are on the top of the D700. This is where you ll find the buttons for the settings you ll tend to change most frequently. I ve also included is a brief description of some of the features you will find on the top of the lens in this section. Although your lens may vary, most of the features are quite similar from lens to lens. Shutter Release button. In my opinion, this is the most important button on the camera. Halfway pressing this button activates the camera s autofocusing and light meter. When you fully depress this button, the shutter is released and a photograph is taken. When the camera is set to CL or Ch, pressing and holding this button takes a sequence of photos. When the camera has been idle and has gone to sleep, lightly pressing the Shutter Release button wakes the camera up. When the image review is on, lightly pressing the Shutter Release button turns off the LCD control panel and prepares the camera for another shot. On/Off switch/lcd illuminator. This switch turns on the camera. It s concentric with the Shutter Release button. You push the switch all the way to the left to turn the camera off. When the switch is in the center position, the camera is turned on. When you push the spring-loaded switch all the way to the right, the top-panel LCD illuminator turns on. This enables you to view your settings when in a dimly lit environment. The LCD illuminator turns off automatically after a few seconds or when the shutter is released. In Custom Settings menu (CSM) f1, you can also specify that this switch be used to display the Shooting info display on the rear LCD screen. Exposure mode button. This button is used in conjunction with the Main Command dial and allows you to change among the different exposure modes. You can choose Programmed Auto (P), Shutter Priority (S), Aperture Priority (A), or Manual (M) modes. This button also doubles as a format button when you press it down in conjunction with the Delete button. Pressing and holding down these two buttons simultaneously allows you to format your CompactFlash (CF) card without entering the Setup menu. Exposure Compensation button. Pressing this button in conjunction with spinning the Main Command dial allows you to modify the exposure that is set by the D700 s light meter or the exposure you set in Manual exposure mode. Turning the Main Command dial to the right decreases exposure, while turning the dial to the left increases the exposure. This button also doubles as the camera reset button when used in conjunction with the Quality button. Pressing these buttons at the same time restores the camera to the factory default settings.

29 Chapter 1 Exploring the Nikon D700 7 LCD control panel. This displays many of the main camera settings. I cover this panel in detail later in this chapter. Focal plane mark. The focal plane mark shows you where the plane of the CMOS image sensor is inside the camera. The sensor isn t exactly where the mark is; the sensor is directly behind the lens opening. When doing certain types of photography, particularly macro photography using a bellows lens, you need to measure the length of the bellows from the front element of the lens to the focal plane. This is where the focal plane mark comes in handy. Hot shoe. You attach an accessory flash to the camera body here. The hot shoe has an electronic contact that tells the flash to fire when the shutter is released. There are also a number of other electronic contacts that allow the camera to communicate with the flash to enable the automated features of a dedicated flash unit such as the SB-600. Release Mode dial. Rotating this dial changes the release mode of the camera. You can choose from Single shot, Continuous Low mode, Continuous High mode, Live View, Self-timer, and Mirror up. To rotate the dial, you must press the Release Mode dial lock release. Release Mode dial lock release. This button locks the Release Mode dial to prevent it from accidentally being changed. Quality button. Press this button and rotate the Main Command dial to change the file format that your camera is saving in as well as the quality of the JPEG if you are shooting that format. You can choose from RAW, TIFF, JPEG, or RAW + JPEG. Your JPEGs are saved at Fine, Normal, or Basic quality. Rotating the Sub-command dial while pressing this button allows you to change the size of the image when the camera is set to save in TIFF, JPEG, or RAW + JPEG. Rotating the Subcommand dial when the camera is set to save RAW files has no effect. For more information on image quality and size settings, see Chapter 2. ISO button. Press this button and rotate the Main Command dial to change the ISO sensitivity. The higher the ISO setting, the less light needed to make an exposure. The ISO value is displayed on the LCD control panel while the ISO button is pressed. The ISO value is also displayed in the viewfinder. To learn more about ISO, see Chapter 2. White Balance button. Press this button and rotate the Main Command dial to choose from one of the predefined white balance (WB) settings such as Daylight, Incandescent, or Fluorescent. You can also choose to set your own WB (PRE) or choose a specific color temperature (K). White balance is used to compensate for the effect that different colored light sources have on your photos. Adjusting the WB gives your images a natural look. When the D700 is set to a predefined WB, holding the button and rotating the Subcommand dial allows you to adjust the WB by making it cooler (right) or warmer (left). For more on white balance settings, see Chapter 2.