ETC Eos Titanium, Eos, and Gio v2.0.0 - Manual (Page 177)

8
Basic Manual Control 159
Channel Check
Channel check allows you to quickly step through all of your patched channels. This is useful for
checking lamps or checking focus.
The following examples illustrates the how to use the channel check feature:
• [1] [At] [7] <0> {Chan Check} [Enter] - brings channel 1 to 70% intensity.
• [Next] - channel 1 returns to its background state and channel 2 is set to 70% intensity.
• [Next] - channel 2 returns to its background state and channel 3 is set to 70% intensity.
Use [Next] or [Last] to progress through the channel list to complete the channel check. Any key
press other than [Next] or [Last] will terminate channel check mode. Channel check follows the
current flexichannel state.
Address at Level
The [Address/Patch] key in Live is used to send level information directly to an output address.
• [Address/Patch] [5] [Full] [Enter] - sets output address 5 to full. It will return to its previous
level once the command line changes.
• [Address/Patch] [2] [/] [1] [At] [/] [2][3][0] [Enter] - sets universe 2, address 1 at DMX value
230.
With [Address/Patch] on the command line, you can use the level wheel to adjust the level.
After using the [Address/Patch] command, [Next] and [Last] may be used to increment the
address number and set it to the same level. Addresses return to their previous level once the
command line is cleared, or [Next]/[Last] is used to increment to the next address.
This feature is useful when you want to perform an address or dimmer check.
Address Check
Address check allows you to quickly step through all of your patched addresses.
[Address/Patch][1] [At] [Full] {Check} [Enter] - brings address 1 to full intensity.
Use [Next] or [Last] to progress through the address list to complete the address check. Any key
press other than [Next] or [Last] will terminate address check mode.
N o t e : Parked addresses will not be affected by the channel check feature.
N o t e : Address check differs from Address at Level because it skips non-intensity
parameters of patched addresses. Since address check follows the current
flexichannel state, it can be used with all channels to identify unpatched channels,
or with flexi-patched to only show the intensity addresses of patched channels.