LT HYDRA Plus, Manual

Page: 62 / 258

6-8
&
MEMORIES & GROUPS
HYDRA PLUS – LT LIGHT
MEMORY TIMES
The times programmed in a memory are used to execute this memory in crossfaders and masters.
These times are:
T
↑
Fade-in time. It’s the time that the memory uses to fade from 0% to 100%.
T
↓
Fade-out time. It’s the time that the scene uses to fade from 100% to 0%.
When the memory is executed in a crossfade, its
T
↓
is applied to the previous memory
(scene memory).
When the memory is executes in a master, its
T
↓
is applied to this memory.
T
·
Wait time or auto time. It’s the time that the memory remains at 100% before begin its
output process automatically.
When the memory is executed in a crossfade, after this wait time, the next crossfade is
started automatically.
When the memory is executes in a master, after this wait time the master begins its
output process automatically.
T
↑
·
Wait-in time. It’s the time that the memory waits before to fade from 0% to 100%.
T
↓
·
Wait-out time. It’s the time that the memory waits before to fade from 100% to 0%.
When the memory is executed in a crossfade, its
T
↓
·
is applied to the previous memory
(scene memory).
When the memory is executes in a master, its
T
↓
·
is applied to this memory.
These times can be programmed or not. Any times combination is possible.
Note:
The fade times,
T
↑
and
T
↓
, only are applied to channels and spot
Dimmers
. The scrollers and
other spots parameters only are affected by these times if they are defined as
Fade
, inside the
menus
02: Scrollers
and
04: Spots
(See chapters 15 and 17).
Each time that a memory is stored, it’s stored with the default times. These default times are
T
↑
=
T
↓
=3 sec. and
T
·
=
8 (
infinite); but these can be edited in menu
30
or in
MEMLIST
screen.
The admitted times are 0.1 to 999.9 sec. When a time is greater than 100 seconds, the decimal
point isn’t represented but is computed by the system.