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|d|>x: If the absolute value of "| d |" is changed, the condition is True in the selected source
(V1), greater than "x" (V2), a programmed value. (Absolutely means to ignore whether a is
positive or negative.)
Timer: The logic switch is turned on and off continuously. It turns on time (V1) and turns off
time (V2).
Sticky: When V1 switches from False to True, the Sticky function is locked (ie becomes
True) and its value is maintained until it is forced to False when V2 switches from False to True.
This can be gated by the optional AND Switch parameter on the same line. This means that if
the AND Switch condition is True, the logic switch output will follow the conditions of the Sticky
function. However, if the AND Switch condition is False, the logic switch output remains False.
Note that the Sticky function continues to run even if its output is gated by the AND switch.
Once the AND switch condition becomes True, the state of the Sticky function switches to the
LS output.
AND Switch: The AND Switch provides the final logical condition to be met. The selected
function is first evaluated on V1 and V2, and then the AND Switch condition is applied to the
result. If the AND Switch condition is False, the logic switch will never turn on.
Conversely, the LS can only be turned on when the remaining switching conditions are
True, and the AND switch condition is also True. This is important, especially the Sticky feature.
Any physical, fine-tuning or logic switch flight mode can be selected for the AND Switch.
Note that if the AND switch condition then becomes false, it will not reset the LS and the LS
will remain on until other conditions cause it to close.
Duration:
--- or 0.0: The logic switch does not time out, but remains open until the condition causes
the switch to close.
0.1-25s: The length of time that the logic switch will remain open, after which the switch will
turn off, even if the condition is still true.
Delay: This is the delay time before the switch is turned on after the condition is true. The
range is from 0.0 to 25 seconds.
4.4. Special Functions
Combining logic switches with special features and telemetry opens up exciting new features for
JumperTX. For example, a change in telemetry data of the receiver battery voltage returned from the
model can trigger a voice alert. One of the more complex applications written using lua scripts uses GPS
sensors as timers for drone games, which can store game and circle data for analysis on a computer.
Special features include:
Override - Forces the channel output to a specific value.
Control coaching functions.
Set and reset the timer.
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