Owner's Manual
Table Of Contents
- Using the Supplied Manuals
- Quick Start Guide
- Owners Manual
- Two-Button Reset
- Setting Language / Time / Date
- Table of Contents
- Q & A Index
- Supplied Accessories
- Parts & Controls
- Getting Started
- Basic Photography
- Basic Playback
- Image Area
- Image Quality
- Image Size
- Focus
- Release Mode
- ISO Sensitivity
- Exposure
- White Balance
- Image Enhancement
- Flash Photography
- Other Shooting Options
- More Playback Options
- Connecting to Other Devices
- Menu Guide
- Playback Menu - Managing Images
- Shooting Menu - Shooting Options
- Shooting Menu Bank
- Reset Shooting Menu
- Active Folder
- File Naming
- Image Quality
- Image Size
- Image Area
- JPEG Compression
- NEF (RAW) Recording
- White Balance
- Set Picture Control
- Manage Picture Control
- Color Space
- Active D-Lighting
- Vignette Control
- Long Exposure NR
- High ISO NR
- ISO Sensitivity Settings
- Live View
- Multiple Exposure
- Interval Timer Shooting
- Custom Settings - Fine Tuning the Camera
- Setup Menu - Camera Setup
- Format Memory Card
- LCD Brightness
- Clean Image Sensor
- Lock Mirror Up for Cleaning
- Video Mode
- HDMI
- World Time
- Language
- Image Comment
- Auto Image Rotation
- Dust Off Reference Photo
- Battery Information
- Wireless Transmitter
- Image Authentication
- Copyright Information
- Save / Load Settings
- GPS
- Virtual Horizon
- Non-CPU Lens Data
- AF Fine Tune
- Firmware Version
- Retouch Menu - Creating Retouched Copies
- My Menu - Creating a Custom Menu
- Compatible Lenses
- Optional Flash Units
- Other Accessories
- Care / Maintenance
- Troubleshooting
- Error Messages
- Defaults
- Memory Card Capacity
- Specs
- Index
- 24-120mm Lens Instruction Manual
- Software Installation Instructions
- Scans of Software CD-ROMs
- AC Power Cord Specs
- Warranty
• 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
~~~
(incandescent)
is
selected for
white
balance will make photographs
slightly "colder"
but
will
not
actually make them blue.
R uMired"
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 Kthan 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
145