Page 10
Anova Menu Operation
ANOVA’s menu can be accessed via the encoder knob on the
backplate. Rotating the knob will toggle through the menu items,
press the encoder knob inwards to make a selection.
Below are explanations of the menu functions.
Brightness
Brightness is displayed as 0% to 100%. The brightness setting can be controlled locally
on the back of the ANOVA using the encoder knob. Rotating the encoder knob will
increase the brightness in steps of 1%, however, if you press and hold the encoder
knob then you can increase or decrease the brightness in steps of 10% (Fast Mode).
If you wish to control ANOVA using wired or wireless DMX then you need to go to
the DMX menu and select the desired DMX channel for the BRI (brightness) setting.
The ANOVA will respond to brightness commands via the set DMX
-bri
channel
number if the CNTL (control) menu is set to
-dmx
. If the CNTL setting is
-wifi
then
the ANOVA will respond to brightness commands sent via the iPhone/iPad Magic Eye
application.
ANOVA can accurately reproduce a sampled brightness setting from the Magic Eye
App, via both
-wifi
or
-dmx
.
Colour Temperature
On ANOVA the colour temperature of the LEDs can be set locally using the encoder
knob, or using
-wifi
, or using
-dmx
, where the incoming signals can be sent via
wired DMX or wirelessly using the Magic Eye app.
ANOVA can electronically reproduce any colour of white light from candlelight (3150
kelvin) through to direct Daylight (6300 kelvin).
ANOVA has a remarkably even colour spectrum with a CRI (colour rendering index)
better than >92. ANOVA reproduces studio accurate colour , i.e. light whose colour
temperature is within 50 kelvin of the desired setting. This allows the ANOVA to
be used in conjunction with other professional calibrated lighting systems with no
noticeable difference in the lighting colour.
ANOVA can use the camera in an iPhone or iPad to measure the colour of ambient
light (using the calibration card) , via the Magic Eye App. These colour settings can be
stored and recalled using the application.
ANOVA uses a patented system of bi-colour LEDs to accurately display sampled colour
settings. As you rotate the encoder knob of the ANOVA you will see colour increase
in 10 kelvin steps from (3150k) to (5100k) and thereafter in twenty kelvin steps to
(6300k).
If you need to manually enter a colour setting quickly, you can press and hold the
encoder knob to increase or decrease the colour temperature in steps of 100 kelvin
(Fast Mode).
5
Summary of Contents for Anova
Page 1: ......
