Owner's Manual
Table Of Contents
- Quick Start Guide
- Users Manual
- Q&A Index
- Table of Contents
- For Your Safety
- Notices
- Introduction
- Basic Photography and Playback
- Live View
- Recording and Viewing Movies
- P, S, A, and M Modes
- User Settings: U1 and U2 Modes
- Release Mode
- Image Recording Options
- Focus
- ISO Sensitivity
- Exposure/Bracketing
- White Balance
- Image Enhancement
- Flash Photography
- Other Shooting Options
- More on Playback
- Connections
- Menu Guide
- The Playback Menu: Managing Images
- The Shooting Menu: Shooting Options
- Custom Settings: Fine-Tuning Camera Settings
- Reset Custom Settings
- a: Autofocus
- b: Metering/Exposure
- c: Timers/AE Lock
- d: Shooting/Display
- d1: Beep
- d2: Viewfinder Grid Display
- d3: ISO Display and Adjustment
- d4: Viewfinder Warning Display
- d5: Screen Tips
- d6: CL Mode Shooting Speed
- d7: Max. Continuous Release
- d8: File Number Sequence
- d9: Information Display
- d10: LCD Illumination
- d11: Exposure Delay Mode
- d12: Flash Warning
- d13: MB-D11 Battery Type
- d14: Battery Order
- e: Bracketing/Flash
- f: Controls
- The Setup Menu: Camera Setup
- The Retouch Menu:Creating Retouched Copies
- My Menu/Recent Settings
- Technical Notes
- Scan of CD-ROM
- Warranty
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A White Balance Fine Tuning
The colors on the fine-tuning axes are relative, not absolute. For example, moving the cursor
to B (blue) when a “warm” setting such as J (incandescent) is selected for white balance will
make photographs slightly “colder” but will not actually make them blue.
A Color Temperature Fine-Tuning
When Choose color temp. is selected, you can view the
color temperature while fine-tuning white balance.
A “Mired”
Any given change in color temperature produces a greater difference in color at low color
temperatures than it would at higher color temperatures.
For example, a change of 1000 K
produces a much greater change in color at 3000 K than at 6000 K.
Mired, calculated by
multiplying the inverse of the color temperature by 10
6
, is a measure of color temperature
that takes such variation into account, and as such is the unit used in color-temperature
compensation filters.
E.g.:
• 4000 K–3000 K (a difference of 1000 K)=83 mired
• 7000 K–6000 K (a difference of 1000 K)=24 mired