Canon Eos Rebel T5 1200 Instruction Manual
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121 3 Correcting the Image’s Dark Corners The camera already contains lens peripheral illumination correction data for approx. 25 lenses. In step 2, if you select [ Enable], the peripheral illumination correction will be applied automatically for any lens whose correction data has been registered in the camera. With EOS Utility (EOS software, p.318), you can check which lenses have their correction data registered in the camera. You can also register the correction data for unregistered lenses. For details, refer to the EOS Utility Instruction Manual (p.321) on the Software Instruction Manual CD-ROM. Lens Correction Data Peripheral illumination correction cannot be applied to JPEG images already taken. Depending on shooting conditions, noise may appear on the image periphery. When using a non-Canon lens, setting the corrections to [ Disable] is recommended, even if [ Correction data available ] is displayed. If you use the magnified view during Live View shooting, the peripheral illumination correction will not be re flected in the image shown on the LCD monitor. If the effect of the correction is not visible, magnify the image after shooting and check it again. Corrections can be applied even when an Extender or Life-size Converter is attached. If the correction data for the attached lens has not been registered to the camera, the result will be the same as when the correction is set to [ Disable ]. The correction amount applied will be slightly lower than the maximum correction amount settable with Digital Photo Professional (EOS software). If the lens does not have distance information, the correction amount will be lower. The higher the ISO speed, the lower the correction amount will be. COPY
122 You can customize a Picture Style by adjusting individual parameters such as [Sharpness ] and [Contrast ]. To see the resulting effects, take test shots. To customize [ Monochrome], see page 124. 1Select [Picture Style]. Under the [z 2] tab, select [Picture Style ], then press < 0>. X The Picture Style selection screen will appear. 2Select a Picture Style. XSelect a Picture Style, then press the button. 3Select a parameter. Select a parameter such as [Sharpness ], then press < 0>. 4Set the parameter. Press the < Y> < Z> keys to adjust the parameter as desired, then press < 0 >. Press the < M> button to save the adjusted parameters. The Picture Style selection screen will reappear. X Any parameter settings different from the default will be displayed in blue. A Customizing Image Characteristics N By selecting [ Default set.] in step 3, you can revert the respective Picture Style to its default parameter settings. To shoot with the Picture Style you adjusted, follow step 2 on page 91 to select the adjusted Picture Style, then shoot. COPY
123 A Customizing Image Characteristics N Sharpness Adjusts the sharpness of the image. To make it less sharp, set it toward the E end. The closer it is to E , the softer the image will look. To make it sharper, set it toward the F end. The closer it is to F, the sharper the image will look. Contrast Adjusts the image contrast and the vividness of colors. To decrease the contrast, set it towa rd the minus end. The closer it is to G , the more muted the image will look. To increase the contrast, set it toward the plus end. The closer it is to H , the crisper the image will look. Saturation Adjusts the color saturation in the image. To decrease the color saturation, set it toward the minus end. The closer it is to G, the more diluted the colors will look. To increase the color saturation, set it toward the plus end. The closer it is to H, the bolder the colors will look. Color tone Adjusts the color tone of skin. To make the skin color redder, set it toward the minus end. The closer it is to G, the redder the skin tone will look. To reduce skin redness, set it toward the plus end. The closer it is to H , the more yellow the skin tone will look. Parameter Settings and Effects COPY
A Customizing Image Characteristics N 124 For Monochrome, you can also set [ Filter effect] and [Toning effect ] in addition to [Sharpness] and [Contrast ] explained on the preceding page. kFilter Effect With a filter effect applied to a monochrome image, you can make white clouds or green trees stand out more. lToning Effect By applying a toning effect, you can create a monochrome image in that color. It can make the image look more impressive. The following can be selected: [ N:None], [S:Sepia ], [B:Blue ], [P:Purple ] or [G:Green ]. V Monochrome Adjustment FilterSample Effects N: NoneNormal black-and-white image with no filter effects. Ye: YellowThe blue sky will look more natural, and the white clouds will look crisper. Or: Orange The blue sky will look slightly darker. The sunset will look more brilliant. R: RedThe blue sky will look quite dark. Fall leaves will look crisper and brighter. G: GreenSkin tones and lips will appear muted. Green tree leaves will look crisper and brighter. Increasing the [ Contrast] will make the filter effect more pronounced. COPY
125 You can select a base Picture Style such as [Portrait] or [Landscape], adjust its parameters as desired and register it under [ User Def. 1], [User Def. 2], or [ User Def. 3]. You can create multiple Picture Styles with different settings for parameters such as sharpness and contrast. You can also adjust the parameters of a Picture Style that has been registered to the camera with EOS Utility (EOS software, p.318). 1Select [Picture Style]. Under the [z 2] tab, select [Picture Style ], then press < 0>. X The Picture Style selection screen will appear. 2Select [User Def. *]. Select [ User Def. * ], then press < B >. X The Detail setting screen will appear. 3Press < 0>. With [ Picture Style] selected, press < 0 >. 4Select the base Picture Style. Press the keys to select the base Picture Style, then press < 0>. To adjust the parameters of a Picture Style that has been registered to the camera with EOS Utility (EOS software), select the Picture Style here. A Registering Preferred Image CharacteristicsN COPY
A Registering Preferred Image Characteristics N 126 5Select a parameter. Select a parameter such as [Sharpness ], then press < 0>. 6Set the parameter. Press the keys to adjust the parameter as desired, then press < 0>.For details, see “C ustomizing Image Characteristics” on pages 122-124. Press the button to register the modified Picture Style. The Picture Style selection screen will then reappear. X The base Picture Style will be indicated on the right of [ User Def. *]. X If the settings in a Picture Style registered under [ User Def. *] have been modified from the base Picture Style settings, the Picture Style’s name will be displayed in blue. If a Picture Style has already been registered under [ User Def. *], changing the base Picture Style in step 4 will nullify the parameter settings of the registered Picture Style. If you execute [ Clear all camera settings ] (p.190), all the [User Def. *] settings will revert to their defaults. Picture Styles registered via EOS Utility (EOS software) will have only their modified parameters reverted to their default settings. To shoot with a registered Picture Style, follow step 2 on page 91 to select [ User Def. * ], then shoot. Regarding the procedure to register a Picture Style file to the camera, refer to the EOS Utility Instruction Manual (p.321). COPY
127 The function adjusting the color tone so that white objects look white in the picture is called white balance (WB). Normally, the (Auto) setting will obtain the correct whit e balance. If natural-looking colors cannot be obtained with < Q>, you can select the white balance that matches the light source or set it manually by shooting a white object. 1Press the button. X[White balance ] will appear. 2Select a white balance setting. Press the < Y> < Z> keys or turn the < 6 > dial to select the desired setting, then press < 0>. The “Approx. ****K” (K: Kelvin) displayed for the white balance settings < W>, , , or < U> is the respective color temperature. Custom white balance enables you to manually set the white balance for a specific light source for better accuracy. Perform this procedure under the actual light source to be used. 1Shoot a white object. A plain, white object should fill the viewfinder’s center. Focus manually and set the standard exposure for the white object. You can use any white balance setting. B : Matching the Light Source N O Custom White Balance COPY
B: Matching the Light Source N 128 2Select [Custom White Balance]. Under the [z 2] tab, select [Custom White Balance ], then press . X The custom white balance selection screen will appear. 3Import the white balance data. Select the image that was captured in step 1, then press < 0>. X On the dialog screen that appears, select [OK ] and the data will be imported. When the menu reappears, press the button to exit the menu. 4Select [ O (Custom)]. Press the button. Select [ O (Custom) ], then press < 0 >. If the exposure obtained in step 1 differs greatly from the standard exposure, a correct white balance may not be obtained. In step 3, images captured while the Picture Style was set to [Monochrome ] (p.92) and images processed with a Creative filter cannot be selected. Instead of a white object, a gray chart or 18% gray reflector (commercially available) can produc e a more accurate white balance. The personal white balance registered with EOS Utility (EOS software, p.318) will be registered under [ O]. If you perform step 3, the data for the registered personal white balance will be erased. COPY
129 You can correct the white balance that has been set. This adjustment will have the same effect as using a commercially-available color temperature conversion filter or color compensating filter. Each color can be corrected to one of nine levels. This function is for advanced users who are familiar with using color temperature conversion or color compensating filters. 1Select [WB Shift/Bkt.]. Under the [z 2] tab, select [WB Shift/Bkt. ], then press < 0>. X The WB correction/WB bracketing screen will appear. 2Set the white balance correction. Press the < S> cross keys to move the “ ” mark to the desired position. B is for blue, A for amber, M for magenta, and G for green. The image’s color balance will be corrected towards the selected color. On the upper right, “ Shift” indicates the direction and correction amount. Pressing the < B> button will cancel all the [ WB Shift/Bkt.] settings. Press < 0> to exit the setting and return to the menu. u Adjusting the Color Tone for the Light SourceN White Balance Correction Sample setting: A2, G1 When the white balance is corrected, < u> will be displayed in the viewfinder and on the LCD monitor. One level of the blue/amber correction is equivalent to approx. 5 mireds of a color temperature conversion filter. (Mired: Measuring unit indicating the density of a color temperature conversion filter.) COPY
u Adjusting the Color Tone for the Light Source N 130 With just one shot, three images with different color tones can be recorded simultaneously. Based on the color temperature of the current white balance setting, the image will be bracketed with a blue/amber bias or magenta/green bias. This is called white balance bracketing (WB-BKT). White balance bracketing is possible up to ±3 levels in single-level increments. Set the white balance bracketing amount. In step 2 for “White Balance Correction”, when you turn the < 6> dial, the “ ” mark on the screen will change to “ ” (3 points). Turning the dial to the right sets the B/ A bracketing, and turning it to the left sets the M/G bracketing. X On the right, “Bracket” indicates the bracketing direction and correction amount. Pressing the button will cancel all the [ WB Shift/Bkt.] settings. Press < 0> to exit the setting and return to the menu. Bracketing Sequence The images will be bracketed in the following sequence: 1. Standard white balance, 2. Blue (B) bias, and 3. Amber (A) bias, or 1. Standard white balance, 2. Magenta (M) bias, and 3. Green (G) bias. White Balance Auto Bracketing B/A bias ±3 levels During WB bracketing, the maximum burst for continuous shooting will be lower and the number of possible shots will also decrease to approx. one-third the normal number. You can also set white balance correction and AEB together with white balance bracketing. If you set AEB in combination with white balance bracketing, a total of nine images will be recorded for a single shot. Since three images are recorded for one shot, it takes longer to record the shot to the card. “BKT ” stands for bracketing. COPY