White Balance Mode
[ATW, AWB A, AWB B, 3200K, 5600K, VAR]
Set the white balance mode.
Select the mode when the coloring is not natural because of the
nature of the light source or other factors.
If the white color serving as the reference can be recognized, subjects
can be shot with natural coloring.
ATW
In this mode, the white balance is compensated for
automatically, even if changes occur in the light source or
color temperature, by a process of continuous and automatic
adjustment.
AWB A
AWB B
When [AWB A] or [AWB B] is selected and the white balance
is executed, the adjustment results obtained are stored in
the memory selected. When [AWB A] or [AWB B] is then
selected, the white balance stored in the selected memory
can be recalled.
3200K
This is the white balance mode which is ideal when a 3200K
halogen light is used as the light source.
5600K
This is the white balance mode which is ideal when 5600K
sunlight or fluorescent lighting is used as the light source.
VAR
You can specify a color temperature between 2000K to
15000K.
Factory settings:
AWB A
AWB
When the [Execute] button is clicked, automatic white balance (AWB)
is executed and the white balance is reset.
Its setting takes effect when [AWB A] or [AWB B] has been selected
as the [White Balance Mode] setting.
Color Temperature [2000K to 15000K]
You can specify a color temperature between 2000K to 15000K.
Its setting takes effect when [VAR] has been selected as the [White
Balance Mode] setting.
Factory settings:
3200K
R Gain [–200 to +200]
This enables the R gain to be adjusted.
Its setting takes effect when [AWB A], [AWB B] or [VAR] has been
selected as the [White Balance Mode] setting.
Factory settings:
0
B Gain [–200 to +200]
This enables the B gain to be adjusted.
Its setting takes effect when [AWB A], [AWB B] or [VAR] has been
selected as the [White Balance Mode] setting.
Factory settings:
0
Color Temperature Setting
Color Temperature [2000K to 15000K]
This displays the color temperature when [White Balance Mode] is
[AWB A] or [AWB B].
Varying the output balance of Rch and Bch enables the varying of
the color temperature.
Varying [R Gain] and [B Gain] in [Color TEMP. Setting] also enables
color temperature adjustments.
Its setting takes effect when [AWB A] or [AWB B] has been selected
as the [White Balance Mode] setting.
Factory settings:
3200K
R Gain [–400 to +400]
This enables adjustments to R Gain when [White Balance Mode] is
[AWB A] or [AWB B].
Varying the output of Rch enables the varying of the colors on the
Rch axis.
Its setting takes effect when [AWB A] or [AWB B] has been selected
as the [White Balance Mode] setting.
Factory settings:
0
B Gain [–400 to +400]
This enables adjustments to B Gain when [White Balance Mode] is
[AWB A] or [AWB B].
Varying the output of Bch enables the varying of the colors on the
Bch axis.
Its setting takes effect when [AWB A] or [AWB B] has been selected
as the [White Balance Mode] setting.
Factory settings:
0
G Axis [–400 to +400]
This enables adjustments to G Axis when [White Balance Mode] is
[AWB A] or [AWB B].
Varying the output of Rch and Bch enables the varying of the colors
on the G axis.
Its setting takes effect when [AWB A] or [AWB B] has been selected
as the [White Balance Mode] setting.
Factory settings:
0
AWB Gain Offset [Off, On]
When auto white balance is performed by setting [White Balance
Mode] to [AWB A] or [AWB B], set the values for Rch gain and Bch
gain.
Off
Set the value of [R Gain] and [B Gain] to [0].
On
Maintain the value set in [R Gain] and [B Gain].
Factory settings:
Off
124
125
Web screen configurations (continued)
